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Even consider for elementary school.

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Then in 2018 we got one of those OTF

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emails that say hey, do you want to try

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do you want to do one of these webinars and I saw the word again spiraling into control.

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Facilitated by Mary-Kay Goindi. It was an eye-opening experience

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about the way we learn and about the way we can infuse their teaching with this kind of theory.

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And so I hope that tonight I can inspire you with that same kind of fervor that you can realize, wow

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I am NOT teaching these students to learn. I am teaching for them to perform

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and that's I need to make a change

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And so I

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took this book

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so I'll just show it to you because I don't know if it's copyright for me to actually post the book up but this is

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the book it's called "Make It Stick: The Science of Successful Learning by Peter Brown, Henry Roediger III and Mark McDaniel.

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So Mary-Kay in the OTF webinar had referenced this book

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which I promptly ordered and I devoured it. Within the first two chapters

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I knew I was already hooked with this new paradigm of spiraling teaching and learning.

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I read about study after study about how they compared the uses of spacing or learning, interleaving your learning, and

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varying the activities with traditional methods of learning.

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Also there, it's another a YouTube video.

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I won't play it now.

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But I gave you the link in the slide deck and it's called "Spiraling the curriculum to get sticky learning". Kristin Phillips.

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She's a teacher. She's a principal. Math administrator.

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She's currently an

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international math advisor. Her TEDx talk on spiraling the curriculum to get sticky learning is such an excellent video to watch as an

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introduction for spiraling. If you have not, if you don't know much about spiraling

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I would highly suggest take some time after we're done our session today to watch that YouTube video.

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Also

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recently just last month. I picked up my education update and what do I see here "Powerful Learning Is All About

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Retrieval".

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And it's cognitive science scientist Pooja Agarwal.

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She considers that question once students have learned a key concept how often do they practice it?

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It's all about spiraling once again.

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Also another influence of mine the amazing Kyle Pearce.

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Um, he he whenever I whenever you have a chance to watch him in a future OAME conference take the time.

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He is a master teacher with his three act lessons and I've learned so much from him and he has a three part video course

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which helped me to organize this presentation today to streamline some of my resources.

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But take the time also to go through a three part course, it's free.

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And you can take a look at some of the videos and some of the theory behind why we spiral.

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So hopefully

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that's why. Now, I'm going to talk about how to spiral.

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So this is going to be a little bit of theory again

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and how to kind of combine all of the why why do we do what we do and

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and how to do it. So first step find a friend. It's difficult to start always something new without

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having a colleague, a grade level partner, a

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principal, a mentor, someone to reach out in the math department at your board, or find a community through Twitter or

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connect with me. So @GLewisOCT. Tag me.

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Anytime you have something you wanted to talk about, a showcase. Feel free. Even if it's something small

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I will celebrate with you.

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We all have to start with one little step and hopefully you can take that step tonight.

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If it's just ordering the book or reading a little bit more or joining Kyle Pearce's

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three-part

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spiraling math class online or just connecting with me. That's an awesome start to your spiral journey.

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So here is the meat of spiraling.

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So in order to promote

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sticky learning which means learning that is sticky and retained. You want to consider these three changes to your pedagogy.

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Number one

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spacing out the learning so that you leave gaps in between the same topic. Number two.

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Interleave the learning so that you mix up the topics. And the number three. You vary the learning so that you

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provide many different modes of showing that particular learning.

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The first is called spacing. This is the opposite of massed practice.

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So let's consider this unit. So let's take this three-week unit.

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So at the top we have ten lessons that are part of this unit.

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You might give two review quizzes at the end of each week. And then you have a massive unit test on that last Friday.

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Yeah students do well. Their brains are focused.

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Most of them achieve where you want them to be. You pat yourself on the back. You check off the curriculum

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documents and your long-term plans, you're saying, yeah, that was a great unit. And then what happens on Monday

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after that test? And many of you who have crammed through university exams, you know

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what happens. You forget it all so that you could just make space for that next exam or unit or whatever else you're learning.

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So let's consider the space unit

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This is now where we stretch out the learning over a longer period of time. In this case six weeks.

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Ambitiously, you can even consider spacing that particular unit across the whole term or even the school year.

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Now embedded, notice that I have embedded low stakes quizzing.

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I just throw quizzing in there along with lessons

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that allow students to feel like there's still time to build and that there's still time to practice the learning.

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There's time to give descriptive feedback after a quiz to discuss strategies.

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There's time to review that topic before that summative evaluation.

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And there's especially time to adjust ones goals from week to week.

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Why does this happen? So a

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scientist, a German psychologist, Hermann Ebbinghaus,

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he conducted experiments about memory and the idea of spacing out learning.

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He identified these patterns in publications from the 1880s.

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His research, what he did he was he took

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nonsense three letter words a

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consonant vowel consonant and he tried to memorize them and he gave them to subjects to memorize this list of three-letter words. And then

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take a look in the red line.

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What happens if you learned something from day one, and it's never reviewed? After the first day that learning dropped to 50%

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after day one and by the sixth day the words were pretty much forgotten.

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He found that when learning was repeated similar to like flashcards or repetition,

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he found that memory improved but for a lasting

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learning, for lasting memory that learning had to be spaced out rather than crammed in.

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Part of this is what we call the desirable difficulty. How hard is it to actually learn something that first time?

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So cognitive scientist Robert Bjork,

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he describes this counterintuitive process that says that there's the ways of learning feel less

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effective, the ways of learning that are more difficult to learn initially,

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makes it easier to recall and apply at a later time.

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Which means the harder it is for you to encode something into your brain the easier it is to retrieve later on.

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So what that means is if you have the students have time to forget

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then it means that they have to have that opportunity, that brain power to relearn what they just forgot.

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And even though that sounds painful and even though that sounds difficult and you will hit those obstacles, you'll get those students

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that'll be like I forgot, I forgot, right

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when you practice it and you try it again after two days

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you'll see and I've in my practice, the review sections at the end of the three weeks go by

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seamlessly because it seems like the class remembers the whole chapter.

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Even if it's three chapters all on top of each other during that review review session.

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So let's just go back to these analogies before I go to some questions.

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So let's go back to the learning a language or learning how to cook.

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Let's say you spent one week intensive learning immersion and then you didn't practice that language afterwards.

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The short-term effect might be quite positive. You can see that you're talking and you can converse really quickly.

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But you might realize after a month after being in that immersion

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you start to lose it pretty quickly. If you're not practicing it every single day or every single week.

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Its that continual practice whether you're cooking every week or you're practicing the language every week that

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that refinement practice and the forgetting between each sessions that makes that learning stick.

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I've almost finished the space part and then I'll get to some questions.

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So this is the question or we always ask rhetorically to our students you forgot, didn't you?

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Let's not shame forgetting. Let's this use this as an opportunity to encode again.

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Let's not say I taught you this last week. Let's say well, we've seen it, but let's try again.

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I've done surveys with my own class and even though it seems that research suggests that spacing would be difficult

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my students actually found spacing to be quite easy. So here's some tips.

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This is the teacher tips. So now get your pencils ready to go. So the tests of the score are not important.

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What's important is that act of retrieval. So you're gonna use regular low stakes quizzing.

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You're gonna give them little mini one-question quizzes either every class or every week to see if they can just keep

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getting that getting that material back again.

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If possible

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leave greater gaps as you go.

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So you might have

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one day in between the lesson. You might have two or three days in between the lesson before you start to review again.

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Allow students to return to important content. Don't say nope. We taught you that last week.

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You have to know that already. They need it at that time.

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Avoid the day after day, practice, practice, practice, that rote memory regime.

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It's nice for cramming, but it's not good for lasting learning.

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Again, we talked about avoid the shameful  "You should know this already" and

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retrieval is best when it's effortful when some forgetting has set in.

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And then organize, organize, organize. If you're going to space your learning

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you have to remember where it is that what you've taught, when you've taught it, what week you've taught it, and organize

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yourself either through binders or through charts as to what you've covered already.

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I'm actually going to pause right now. I'll leave it on this

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slide. So David, I'm not sure if there's any questions you wanted to get to.

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Yeah. Well, you touched a little bit on one.

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One is about how your assessment has changed with spiralling and I don't know if you want to go into more detail

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beyond the quizzing there.

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The assessment piece actually

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comes down to more of the thinking classroom piece. But assessment ideas.

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So I used to be used quizzes that were like five or six questions that covered a lot of curriculum.

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My quizzing now went to one question. I would give maybe a half page, a key assessment question give it to them and

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low

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low stakes. I tell them I'm not marking this.

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I'm just looking to see whether or not you remember what we've done yesterday, right. Or you tell me what we've done yesterday.

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So it did change the quizzes a little bit because I didn't keep any marks. I was I was just

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annotating. I was giving descriptive feedback.

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But I was nervous because I'm I'm a habit of like I'm a creature of habit.

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I'm a math and science, you know graduate. So I like numbers. I like marks. I like calculating averages. So it's really difficult at first.

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So if it's just, if you want to keep your test great.

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And you want to just change the quizzes that might be something to start off how you change your assessment practice.

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There's also a question about what to do on those days in between

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like the gap days, you know, do you teach math every day what goes on in between the gaps?

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Love it. This is this actually goes right into the my next section.

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So Gerry, seriously, I don't have that much time to space out every unit.

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Like you've just turned a three week unit into a six week unit.

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So that goes into our second

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section, which is interleaving. So David, I'll continue from now and then I'll come back to answer a couple more questions later.

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So excellent segue into interleaving.

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So interleaving basically means that I'm now filling in the gaps with other

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content but other math content, so I'm not necessarily going through chapter one again. I'm not doing number sense again.

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I'm now throwing in geometry stuff into on those Tuesdays and Thursdays, algebra, data management.

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I doing something different on those other days.

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That's why organization is really key. Knowing how you're going to interleave and put those things those together.

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So there was a study actually some tips first about how to interleave. So scatter problems, different strategies from different strands throughout

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your teaching. So if Monday you did number sense, Tuesday could be a geometry question. What's really good?

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Problem of the Week by the University of Waterloo has all of the problems separated by strand. Those are really powerful

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problems that you can use so if you're not sure take one of those.

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Marian small and her open questions all divided by strands.

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So try to find something from the different strand and don't be afraid if they don't know it. If they haven't learnt it.

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That's the opportunity for them to make that learning hurt and say oh we haven't seen this but let's try some strategy.

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Next learners and teachers are going to be truthful, do not feel like this is working.

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I I tell you it is so hard as a teacher to teach prime numbers the first day and

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then algebra the second day,

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Geometry the third day and go back to prime numbers on day four. It's really really challenging.

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Um, I would highly suggest that you wait until you know your curriculum, you know

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you've done this grade one to three years already in a row that you would feel like

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hey, I am so confident with this curriculum

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that I can interchange a lesson back and forth.

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Even after taking part in studies even students will say that they still preferred blocked practice. Blocked practice means all

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number sense for three weeks and then all geometry for three weeks. Studies will say that but the results, this is the amazing results.

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So Doug Rohrer, Robert Dedrick and Kaleena Burgess. What they did was they took the study. This is in 2014.

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They gave students ten assignments, half of them had blocked practice where they got the same strategy for this each assignment.

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So for example one assignment on exponents, one assignment and volume of solids, one assignment on geometric properties. And in half of the other students

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got interleaved assignments.

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So which means the assignment had a mix of exponents, volumes and geometry on that assignment. At the end of nine weeks

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they gave a pop quiz. They didn't know that they had to a quiz that was coming.

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72%

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was the average of those that had the interleaved practice and the students that had blocked practice had

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38% on that quiz.

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So it this is and this is just one of many studies and I could tell you even from my own practice

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I see it. I see the interleaved practice coming through where they have remembered things

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much more steadily and they can recall

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information and strategies so much more quickly. So let me just show you

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visually what this looks like. So a blocked lesson, this is my first nine weeks in school.

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I had my first three weeks number sense.

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Next three weeks data management. Last three weeks patterning in algebra.

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Interleave means I do a week each and then I returned back to number sense. It's it's disorganized.

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It's confusing.

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But if students get into the pattern and you get into the pattern. If anything it is more difficult for the teachers.

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The students are resilient. I've seen they can do anything you throw any problem at them. They'll have fun with that.

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It's the teachers that have to realize hey, I'm jumping away from my chapter one here.

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And then I was able to still complete those three chapters within ten weeks of time.

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David I'm done the second part are there any other questions about

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spacing or interleaving. Well, there's one that showed up in the chat about

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whether you had more strategies or resources to help with the planning and organizing because that seems like a

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huge step to go from the standard to a spiralling type of classroom.

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Absolutely. So after I go through varying and I go through the how to's and how I actually did it

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I'm gonna give you a whole bunch of websites and strategies and also what I've done too. so it'll start from baby

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Look how you can do it

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if you've never spiralled before how to start and then if you're familiar with this

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I'm gonna give you the expert level which even are not doing right now

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but it's phenomenal some of the work that's going on in our province.

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So the third this is really quick because a lot of us do this already is called varying and varying is just another word for

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differentiated instruction.

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Accommodating different learning styles, multiple intelligence for example. And a lot of teachers especially in junior have stations. They use stations.

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They bring in manipulatives and so this is varied learning. So a lot of the

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research especially a lot of the research in the Make it Stick book talks about varying the type of learning that the students experience.

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So for example, if you're teaching times tables you can use

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worksheets. You can use reflex math. You can use

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cards and they can play war. Just Quizlet flashcards. They can play

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multiplication arrays on Gizmos or they can get up and they can paint arrays using physical models. If you're doing data management

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you might want to do graphs by hand. You might want to use Google Sheets.

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You might want to use Gapminder. My grade eights absolutely love spurious correlations. Just stay away from the more

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the more like

00:19:02.440 --> 00:19:10.320
morbid correlations and then have them do presentation, surveys, or projects as well. So I'm going to

00:19:12.010 --> 00:19:13.060
Let's

00:19:13.060 --> 00:19:17.279
Let's do another poll question. And then after that we'll get into the actual strategies.

00:19:17.380 --> 00:19:22.260
So what are you most excited to try out first? So Fred if you can pop up that second poll.

00:19:22.510 --> 00:19:24.510
Are you excited to try out

00:19:25.390 --> 00:19:26.470
spacing

00:19:26.470 --> 00:19:27.490
interleaving

00:19:27.490 --> 00:19:34.140
varying the learning or do you feel like you still need to learn more - please review that or I don't know

00:19:34.140 --> 00:19:37.379
I still need some help or I'm not gonna try any of these.

00:19:38.080 --> 00:19:42.300
Hopefully its not that one but I left it as a you know control. I have to use the control sample.

00:19:52.150 --> 00:19:56.400
Okay, Fred, so what do we see what are people most excited to try out?

00:19:57.730 --> 00:19:59.730
Please.

00:19:59.800 --> 00:20:01.800
Okay.

00:20:04.270 --> 00:20:09.780
Interleaving. That is the awesome one, it is really. It is tricky. It's tricky tricky tricky, but I know you're gonna love it.

00:20:09.780 --> 00:20:14.190
You're actually gonna love it when you when you see the results from that. So, okay

00:20:14.190 --> 00:20:16.709
So let's get to that other question some examples.

00:20:17.230 --> 00:20:19.230
First of all, where can you find examples?

00:20:20.359 --> 00:20:26.228
First find a community. As I said the Spiraling Ontario Math Curriculum is a phenomenal group. It goes all the way from K

00:20:26.229 --> 00:20:29.739
Well, I don't know many K teachers that are spiraling but junior

00:20:29.739 --> 00:20:36.759
I think I've seen three all the way up to 10 spiral their math curriculum and post their stuff on this Facebook group.

00:20:36.759 --> 00:20:38.759
So feel free to join that group.

00:20:39.649 --> 00:20:46.599
Here, I am going to now show baby spiral. So the baby spiral this is the mini spiral 15 minutes a day.

00:20:46.600 --> 00:20:50.169
You keep the rest of your teaching exactly the same.

00:20:50.169 --> 00:20:57.038
So after the first 15 minutes you go on with your chapter one and you finish your chapter one for three weeks.

00:20:57.679 --> 00:20:59.359
Perfect, but

00:20:59.359 --> 00:21:05.889
spiral the first 10 to 15 minutes a day, which means either throw some times tables practice. So give them a worksheet on

00:21:07.039 --> 00:21:13.179
multiplication tables. Tuesday, use Estimation 180 so they can practice their measurement in units. On Wednesday

00:21:13.179 --> 00:21:18.398
do Would You Rather..." so that you can again do measurement. Do a little bit of data management as well when you talk about

00:21:18.830 --> 00:21:24.669
comparisons and also exercises number sense with rates and ratios. On Thursday

00:21:25.249 --> 00:21:29.919
Fawn Nguyen with her website Visible Patterns phenomenal one for kids to learn about

00:21:30.379 --> 00:21:33.248
algebra, and how to find to look at patterns and how they grow.

00:21:34.399 --> 00:21:39.579
That's a phenomenal one I love to do on Thursdays and then on Friday I either do that key assessment question that little quiz

00:21:39.649 --> 00:21:47.439
or I do a problem with a week from University of Waterloo. And and I always keep Friday a little bit more flexible.

00:21:47.499 --> 00:21:52.209
I know elementary school teachers, we always have assemblies. We have masses. We have

00:21:52.849 --> 00:21:58.989
something fire drill. Something happens and we lose aday and so I tend to keep one of those days as a flex day

00:21:59.720 --> 00:22:03.489
just so I don't kind of overwhelming and feel like I'm falling behind.

00:22:04.220 --> 00:22:05.830
So that's what I would say

00:22:05.830 --> 00:22:13.809
if you've never spiraled before. Take the first 10 to 15 minutes. Do one of these and then follow the rest of your textbook.

00:22:14.210 --> 00:22:22.179
If you think you can do more and you want to interleave your year I have posted in the links this I have my

00:22:22.429 --> 00:22:29.648
year-long plan my long-range plan for the year. What I did was I took as you see their chapter one I

00:22:29.899 --> 00:22:32.618
did that in week two, week five, and week eight.

00:22:32.850 --> 00:22:38.360
Chapter three I did in weeks three, six, and nine. Chapter four was in week four and week

00:22:38.970 --> 00:22:40.380
seven.

00:22:40.380 --> 00:22:43.999
And then I had a week for review and then I had the exam at the end.

00:22:44.970 --> 00:22:51.680
It's I just basically took all those blocks like we saw earlier and I just split them up and I put the other chapters in.

00:22:52.140 --> 00:22:57.800
It works for me because the kids were able to catch up. It was not

00:22:58.440 --> 00:23:04.279
disorganized in my mind knowing that this week was a number since week for me and then on Friday I was able to do those

00:23:04.650 --> 00:23:07.550
key assessment questions, and then I had time, notice,

00:23:07.550 --> 00:23:14.840
I have two weeks in between when I've covered it LCM and GCF and LCM and GCF. again. It's a really difficult

00:23:15.690 --> 00:23:18.679
topic in grade eight. So I made sure I cover it twice.

00:23:18.680 --> 00:23:23.869
I do it once and week two and again in week five and I have found doing it that way

00:23:23.870 --> 00:23:27.290
my students can do those Venn diagrams and prime factorizations

00:23:27.290 --> 00:23:30.080
with LCM and GCF in like in a snap in a heartbeat.

00:23:30.080 --> 00:23:37.099
It's so much different from what I used to do in the past. Same thing because I did patterning and algebra every Thursday

00:23:37.340 --> 00:23:41.869
doing that visible patterns being able to do pattern rules by the time I got to week eight

00:23:41.870 --> 00:23:45.560
I didn't even need to even review. We kept doing it every Thursday

00:23:45.870 --> 00:23:49.820
that they were so good at finding pattern rules for those visible patterns.

00:23:49.820 --> 00:23:50.750
And also

00:23:50.750 --> 00:23:55.219
you know when we give a survey you ask the students you have a survey and then your project is due in two weeks.

00:23:55.410 --> 00:23:56.610
That's really tough.

00:23:56.610 --> 00:24:00.740
But if you do something like making a graph but saying this graph is not due till week nine.

00:24:00.770 --> 00:24:05.570
It gives them lots of time to make those graphs to make them really nice on Google Sheets

00:24:06.210 --> 00:24:08.210
to

00:24:08.490 --> 00:24:11.120
fix the charts. To show them to you. To get some feedback.

00:24:11.640 --> 00:24:16.700
So I found that interleaving has given me so much more time even though

00:24:17.220 --> 00:24:21.680
it's it feels like I'm doing so much out of in one kind of

00:24:22.200 --> 00:24:23.430
semester.

00:24:23.430 --> 00:24:25.340
This is what I don't do yet.

00:24:25.340 --> 00:24:29.959
So this is level three. Basically drop the textbook. You just use the big ideas.

00:24:29.960 --> 00:24:35.449
And then you start throwing in problems. If you look at the curriculum, there's 62 total expectations.

00:24:36.060 --> 00:24:41.269
You can use a bunch of questions from Marian Small. Open middle from Robert Kaplinsky.

00:24:41.460 --> 00:24:46.010
You can use some of the stations. You can use three-act Math and I'll show you this awesome,

00:24:46.110 --> 00:24:49.540
there's two golden nugget sites that I'm going to show you in a couple of minutes on

00:24:51.020 --> 00:24:53.530
for those that are think they can do level three.

00:24:53.530 --> 00:24:58.869
It's phenomenal. Some other teachers that have done this. Phylicia Rawlins from TDSB.

00:24:59.020 --> 00:25:02.889
She took her entire grade 4 curriculum and again on Google sheets,

00:25:02.890 --> 00:25:07.599
she cut and pasted what she was gonna do for that first spiral in September and October.

00:25:08.000 --> 00:25:13.180
And then she took the spiral 2. I put the link in the notes section of this.

00:25:13.790 --> 00:25:15.650
Jana LePage-Klijajaic

00:25:15.650 --> 00:25:23.650
She took the actual physical curriculum document and cut it up and put it on post-it notes and then move those post-it notes around

00:25:23.870 --> 00:25:27.250
on a cork board so she could visually see which

00:25:27.800 --> 00:25:29.800
expectations she would cover in each cycle.

00:25:30.170 --> 00:25:37.269
These are phenomenal experts in their field at looking, knowing their curriculum and knowing what can fit together with those big ideas.

00:25:38.240 --> 00:25:45.550
Neetu Pinkerton on the Facebook site. She said she created these spiral mats for grade 3. So feel free to check those out as well.

00:25:46.520 --> 00:25:51.940
And it's on Teachers Pay Teachers. I don't teach grade 3, so I don't know. I haven't used it

00:25:51.940 --> 00:25:57.309
but the way that it's laid out looks really neat with all of those boxes, those questions and really organized. And

00:25:57.680 --> 00:26:03.039
a little bit of shameless plugging. if you do do stations, I have recorded

00:26:04.130 --> 00:26:10.540
I've recorded most of the lessons for grade 7 Nelson and most of the lessons in grade 8 Nelson.

00:26:10.880 --> 00:26:13.210
They're a little bit dated. They go back to 2012.

00:26:13.580 --> 00:26:15.100
But if you use the flipped classroom

00:26:15.100 --> 00:26:20.230
or if you want to do that as part of your spiraling adventure or if you teach a split grade and you want to give

00:26:20.230 --> 00:26:26.020
half the class an opportunity just hey watch the video. Mr. Lewis put a video on what's that? that looks like

00:26:26.660 --> 00:26:31.420
multiples there, multiples of hotdogs, that darn hot dog question.

00:26:32.360 --> 00:26:33.470
But

00:26:33.470 --> 00:26:39.070
these are some resources for you to use for your spiraling if you want you can use these as

00:26:39.620 --> 00:26:44.590
even like do this at home before you come for the next spiral again before the next number sense day

00:26:44.590 --> 00:26:46.590
for example. I hope to redo these

00:26:47.030 --> 00:26:51.820
these recordings over the next year, but at least I'm sharing those with you.

00:26:52.640 --> 00:26:55.959
Also, Kyle Pearce on his Tapping Into Teen Minds.

00:26:55.960 --> 00:27:02.770
He spiraled the grade 9 course. So you can see here, he spiraled by day. Number sense, number sense, measurement,

00:27:03.230 --> 00:27:08.649
relationships and proportional. So he did measurement and algebra and numbers sense all in the same week. He

00:27:09.440 --> 00:27:16.570
put in the learning goals and I put the link in the notes as well there. So here are the two expert things.

00:27:17.360 --> 00:27:21.640
Chunk by theme. So the awesome sites. These are the two gold nuggets.

00:27:21.850 --> 00:27:23.140
So if there's anything to get from today

00:27:23.140 --> 00:27:28.149
and these are the two things you're gonna leave with because especially if you're an expert spiraler these are the two. The first

00:27:28.700 --> 00:27:34.960
Tips4Math. If you go into the Tips4Math website on edugains. If you look for scope and sequence and you click

00:27:34.960 --> 00:27:39.939
on grade seven and eight there it will give you the whole spiraled year.

00:27:39.940 --> 00:27:42.880
So if you see here, this is grade eight. This is the first unit

00:27:42.880 --> 00:27:46.989
on collect organize and display data, the second unit on whole number of relationships powers of ten,

00:27:47.170 --> 00:27:52.269
the third is on unknown quantities. Now notice they didn't do a lot of spiraling, but it's just five days.

00:27:52.270 --> 00:27:55.900
So they did one week of data, one week of whole number relationships

00:27:55.900 --> 00:28:03.160
and then this is of one week plus a little bit more of geometry and patterning combined and you're like, Gerry

00:28:03.200 --> 00:28:05.919
what do I do with this? Well, this is an awesome site.

00:28:05.930 --> 00:28:08.980
If you go back to the Tips4Math site

00:28:08.980 --> 00:28:13.029
and then you go to this Course Supports and you click on grade seven or grade eight.

00:28:13.790 --> 00:28:21.250
It will give you the PDF lesson for that particular. So this is the whole year. So this is the whole year of grade 8.

00:28:21.860 --> 00:28:27.279
All divided about five ten days each and it's basically spiraled for you.

00:28:27.410 --> 00:28:30.670
So let's take a look at this unknown quantities one and notice

00:28:30.670 --> 00:28:33.430
so this is the first day is on algebra

00:28:33.430 --> 00:28:37.779
variables and symbol. It gives you some blended learning stuff using the OERB.

00:28:38.180 --> 00:28:45.399
Some links, live links to click to the Gizmos. to math games using the Clips, Gap Closing using student books.

00:28:45.800 --> 00:28:52.090
Also, then the next day you do polyhedrons. So let's add that geometry aspect to the

00:28:52.970 --> 00:28:58.120
o the algebra using Euler's formula, right? So these are this is an awesome resource

00:28:58.790 --> 00:29:01.330
that's on the Tips4Math site.

00:29:02.330 --> 00:29:03.380
Next

00:29:03.380 --> 00:29:09.429
Next gold nugget and I thank Jake Jouppi for giving me permission to post this. Rainbow District School Board, part of their,

00:29:09.590 --> 00:29:14.199
one of the writing projects was doing spiraling for the year and I have put in the links

00:29:14.320 --> 00:29:20.620
for grade seven, grade eight, grade nine, and grade ten. So if you click on these it sends you to basically a

00:29:21.230 --> 00:29:28.569
multi-page document similar to the Tips4Mmath where it tells you the strand, the topic and then the resources to use for that

00:29:28.850 --> 00:29:29.960
particular

00:29:29.960 --> 00:29:34.840
for that particular strand. So take a look at all the wonderful resources that

00:29:35.480 --> 00:29:42.789
are that are available. So the Tips4Math and that Rainbow District School Board gold nuggets, which I absolutely love both of them.

00:29:43.370 --> 00:29:48.219
Take a look at both of those. They're a little bit as I said that level three they're using the big ideas

00:29:48.220 --> 00:29:51.009
they're using those kind of they're using the

00:29:51.620 --> 00:29:54.279
themes rather than looking at textbook chapters.

00:29:55.639 --> 00:29:58.508
Fred I'll ask you to put up the next

00:29:59.419 --> 00:30:04.809
the next poll question. So this one you can select multiple ones I think but how will you start your spiral journey?

00:30:04.809 --> 00:30:07.028
Will you find a buddy and then you could read the rest?

00:30:07.700 --> 00:30:12.250
While this is happening David, are there any other questions that I could address right now?

00:30:13.039 --> 00:30:15.039
So there's a

00:30:15.620 --> 00:30:21.129
few questions about, it sounds like you know, if you're beginning a grade for the first time or

00:30:22.039 --> 00:30:23.120
and

00:30:23.120 --> 00:30:29.349
the sort of that interleaving where do you start what advice to give them as well as on the other end of the spectrum is

00:30:29.350 --> 00:30:31.750
the ultimate goal to be completely

00:30:32.870 --> 00:30:36.609
spiraled and all everything is interleaved. That seems like a spectrum of

00:30:37.340 --> 00:30:41.559
beginning to advanced there or not. Give a comment about that. Oh sure

00:30:41.559 --> 00:30:46.388
so I'll start off first with um new grade if you're if you're starting a new grade

00:30:46.909 --> 00:30:51.849
my biggest suggestion is to learn your curriculum back-to-front.

00:30:52.850 --> 00:30:54.169
Know it

00:30:54.169 --> 00:30:58.479
so that you could regurgitate it. You know exactly what's in the number sense chapter.

00:30:58.820 --> 00:31:02.080
Do you have to do two digit multiplication? Do you have to do three digit multiplication?

00:31:02.080 --> 00:31:05.049
Do you have to do three by one? All those kinds of questions?

00:31:05.120 --> 00:31:11.799
that you know your if if you don't know your curriculum for that particular grade because you're new to it and you need a year

00:31:11.799 --> 00:31:12.730
to get it under your belt

00:31:12.730 --> 00:31:16.269
I would say keep it simple start with that level one

00:31:16.269 --> 00:31:23.649
which is just spiral that first 15 minutes of the day. Try a different problem every day, but go through the curriculum very linearly

00:31:23.649 --> 00:31:29.999
so that you get a familiarity with it and you'll also find out takes longer and what is shorter.

00:31:30.000 --> 00:31:33.059
Where can you speed up next year? Where do you need to stretch out?

00:31:34.539 --> 00:31:38.369
Grade eight teachers, you know LCM and GCF is not a one day lesson.

00:31:38.370 --> 00:31:43.229
You know that rotations and reflections are not a one day lesson, even though it's in the textbook.

00:31:43.230 --> 00:31:45.179
So those things you know what to stretch,

00:31:45.179 --> 00:31:52.529
you know what to kind of speed up on. For example adding of integers. Your grade eights might know that really quickly, that

00:31:52.530 --> 00:31:54.309
you don't have to spend so much time on that.

00:31:54.309 --> 00:31:56.579
Your second question I think was talking about

00:31:57.309 --> 00:31:59.309
actually, I forgot your second question David.

00:32:00.130 --> 00:32:03.749
Yeah, so it was sort of the other end of the spectrum. Is the goal to

00:32:04.750 --> 00:32:06.839
to have it so spiraled that it's

00:32:07.480 --> 00:32:11.309
just peppered, all the different strands are peppered throughout the course.

00:32:12.730 --> 00:32:18.329
It's a it's a good question, but I'll answer it in this way. The goal is

00:32:19.090 --> 00:32:23.819
student achievement and student engagement. The love of learning and

00:32:24.640 --> 00:32:26.640
the ability to learn.

00:32:27.309 --> 00:32:32.639
Those I think are the end goals. If you find that the way that you're teaching is

00:32:33.970 --> 00:32:35.970
causing stress among the kids,

00:32:36.250 --> 00:32:38.200
causing stress for you,

00:32:38.200 --> 00:32:39.220
causing

00:32:39.220 --> 00:32:41.220
opportunities for you to say oh my gosh

00:32:41.370 --> 00:32:48.569
they still don't get it. If those if that learning if those obstacles that you're meeting throughout the year are

00:32:48.970 --> 00:32:54.539
A=are continually happening and that's when I say something needs to change. If you're teaching in a very blocked method

00:32:54.820 --> 00:32:59.189
but you're able to still somehow get the retention in for those

00:32:59.530 --> 00:33:05.519
students so that by that end, that by that exam you feel confident, they feel confident, I think it's fine.

00:33:05.590 --> 00:33:10.110
This is not necessarily a revolutionary thing that we have to change all of our classrooms.

00:33:10.390 --> 00:33:15.900
But it's for us to be a little bit more insightful of what it is that the students are actually learning.

00:33:16.270 --> 00:33:18.419
How do we know as as

00:33:19.059 --> 00:33:24.059
Agarwal had said how do we know if we teach them a key concept, how do we know that they know it?

00:33:24.190 --> 00:33:30.179
How often do they actually practice it so that we can they can prove to us that they know that material?

00:33:30.190 --> 00:33:35.370
So I'm I don't think the end goal is to have to interleave everything and have to spiral everything.

00:33:35.440 --> 00:33:36.990
I'm not at level three.

00:33:36.990 --> 00:33:42.790
But I'm very comfortable with my classat level two just spiraling three chapters at a time. My students love it.

00:33:42.790 --> 00:33:46.420
I have a great relationship with them and it works out really really well.

00:33:49.040 --> 00:33:53.619
So if we see here the poll says that we'll start off with a mini spiraling mostly.

00:33:53.870 --> 00:33:56.260
And then some do like the scope in sequence

00:33:57.410 --> 00:34:01.239
.hose documents as well. That's amazing that we're all coming in at different

00:34:01.850 --> 00:34:08.620
learning points. And for those that need to find a buddy. I'm here. You'vr a buddy. 29 if you need a buddy

00:34:08.620 --> 00:34:10.610
I'm I'm your buddy.

00:34:10.610 --> 00:34:13.719
So I'll close that. I have about

00:34:14.390 --> 00:34:16.869
19 minutes to go through thinking classroom.

00:34:17.330 --> 00:34:23.529
So we're gonna switch a little bit just take off my helmet a little bit and go into thinking classroom.

00:34:23.540 --> 00:34:27.880
Now, I don't really know how much my audience knows about the thinking classroom.

00:34:27.880 --> 00:34:33.579
So Fred, if you can go to the last poll question really quickly. What is your current experience with the thinking classroom?

00:34:34.520 --> 00:34:40.030
Something you've never heard about or something that you use everyday. Because if the majority of us have used it everyday

00:34:40.030 --> 00:34:44.890
I'm gonna zip through it. If a lot of you have heard of it, but not really sure what it is

00:34:45.230 --> 00:34:47.469
I'll take a little bit of time to

00:34:48.080 --> 00:34:50.380
dissect it a little bit more.

00:34:55.700 --> 00:35:01.779
David any other questions, while this video, while this poll is up. Well, actually there there's a few questions about textbooks.

00:35:02.420 --> 00:35:05.649
And I think there's a misconception that you have to get rid of your textbook.

00:35:07.729 --> 00:35:10.718
And I wonder if you just talk to a little bit about

00:35:11.329 --> 00:35:16.179
using the textbook as a resource as opposed to maybe a guide.

00:35:16.729 --> 00:35:18.019
Absolutely

00:35:18.019 --> 00:35:20.859
so the textbooks phenomenal because the curriculum is in the textbook.

00:35:21.890 --> 00:35:25.719
However, there's more stuff in the textbook that's in the curriculum and likewise

00:35:25.719 --> 00:35:29.619
there's kind of some stuff in the curriculum that the textbook might not do so well.

00:35:30.170 --> 00:35:32.170
So again knowing exactly

00:35:32.660 --> 00:35:39.099
what your textbook offers and how it matches up with your curriculum. What can you kind of move through a little bit more quickly?

00:35:40.130 --> 00:35:44.680
The good thing about a textbook is it's organized by strand. It's organized by unit already.

00:35:44.900 --> 00:35:47.440
So if you just want to interleave it or space it

00:35:47.440 --> 00:35:52.089
you just kind of push those pages apart and kind of reorganize your textbook.

00:35:52.700 --> 00:35:55.119
I still use the textbook. I'm in Nelson fanatic.

00:35:55.779 --> 00:36:00.518
I still go through. I know all twelve chapters back to front in grade 7 and grade 8.

00:36:00.799 --> 00:36:01.369
And

00:36:01.369 --> 00:36:07.328
I still interleave them. I'll space chapter one, three then four. Go back to one, three then four and I'll use the textbook to use

00:36:07.329 --> 00:36:13.028
the textbook problems. For those that want to go through the big ideas and don't want to be limited by the textbook,

00:36:13.369 --> 00:36:16.929
obviously you could just use it for a resource. Look for the questions that are really rich in

00:36:17.089 --> 00:36:21.548
that textbook in the thinking application questions and use that in the thinking classroom

00:36:22.039 --> 00:36:28.089
when we when we when we start to dive into that one. So according to our poll results

00:36:28.089 --> 00:36:30.758
we see about more than half of you have never heard this.

00:36:30.979 --> 00:36:36.549
So some of you have tried it and only about 10% use it regularly. So I'm sorry for the 10% of you.

00:36:36.549 --> 00:36:41.889
Um if you want to check out because this is too easy for you. That's great.

00:36:41.890 --> 00:36:47.079
Thank you for participating. For the ninety percent of you or even I mean stay and in

00:36:47.089 --> 00:36:51.909
you know be enjoyed by my presence. The ninety percent of you that are still here

00:36:51.910 --> 00:36:53.869
let's let's go through a little bit more of it.

00:36:53.869 --> 00:36:59.048
So the first question I asked in the thinking classroom is all about this, does the activity that you give your kids, and this is

00:36:59.049 --> 00:37:00.529
related to what David said,

00:37:00.529 --> 00:37:03.968
Does the activity you give promote learning or does it promote performance?

00:37:05.059 --> 00:37:06.979
 

00:37:06.979 --> 00:37:11.559
Typically educators were focused on getting information into our students heads

00:37:12.050 --> 00:37:17.139
instead of trying to get information out of the students heads. So this is a

00:37:18.260 --> 00:37:20.260
graphic that's on the 2017,

00:37:20.780 --> 00:37:23.649
it was posted in 2017 from Mindset Works that helps you visualize

00:37:24.650 --> 00:37:25.849
learning from performance.

00:37:25.849 --> 00:37:31.509
How often do you give in-class activities that we offer our students that time to improve

00:37:31.640 --> 00:37:39.339
to challenge and to the make those mistakes? As we see on the left, just like practicing kicking a soccer ball. Another analogy that

00:37:40.280 --> 00:37:41.290
the Zorbit's guy

00:37:41.290 --> 00:37:48.040
he talked about was the chef like a food and how often do we taste our food before we serve it to our guests?

00:37:48.040 --> 00:37:52.989
I love that analogy. How often do we address and celebrate mistakes?

00:37:52.990 --> 00:37:57.490
And when we give students a quizz or assessment, what do you expect from them?

00:37:57.490 --> 00:38:02.260
Do you expect to just give them a number and say AHA you're a six out of ten or AHA

00:38:02.260 --> 00:38:04.570
you're a 10 out of 10. What's the

00:38:04.760 --> 00:38:09.070
purpose of those quizzes and assessments? So notice on both sides

00:38:09.070 --> 00:38:14.679
the hope is to still learn like the little last two rows still learn and still to have a growth mindset.

00:38:14.960 --> 00:38:21.189
But it's how we give those activities does it promote learning or does it promote performance?

00:38:21.710 --> 00:38:24.579
This is the picture of my classroom from 2018

00:38:25.099 --> 00:38:27.099
of the thinking classroom and

00:38:27.530 --> 00:38:32.709
really quickly what do you notice? You could probably say I'm not in the picture at the board.

00:38:32.720 --> 00:38:35.109
There's more than one student at the board.

00:38:35.210 --> 00:38:39.819
They're all facing away from the teacher and they're all writing different things.

00:38:40.099 --> 00:38:46.029
Like one's writing numbers in the 100's, one's writing numbers in the 70s. They're already different things. You see check marks on there.

00:38:46.099 --> 00:38:50.379
There's a whole bunch of stuff that's going on there. Where did this come from? So in

00:38:50.900 --> 00:38:56.920
2018 at the OAME conference, Peter Liljedahl, he gave a phenomenal keynote speak.

00:38:56.960 --> 00:38:59.770
And I was I went out of that on cloud nine.

00:38:59.770 --> 00:39:00.980
I was just

00:39:00.980 --> 00:39:02.060
so inspired

00:39:02.060 --> 00:39:07.359
by what he talked about and I'm gonna be kind of giving you a five minute kind of review of what he did.

00:39:07.359 --> 00:39:10.838
He's a professor mathematics education at Simon Fraser in

00:39:11.930 --> 00:39:16.480
in UBC. Oh sorry Simon Fraser University in BC in Vancouver.

00:39:17.420 --> 00:39:20.470
And he's given me permission to share some of his practices.

00:39:20.480 --> 00:39:26.050
This is another video if you wanted to see because I didn't if you wanted to take a look at to see it in action.

00:39:26.440 --> 00:39:33.340
I would suggest going to this YouTube video watch it. It's about a four-minute video about how the thinking classroom in action.

00:39:33.770 --> 00:39:37.449
It's phenomenal. So here's the story. Peter Liljedahl

00:39:38.060 --> 00:39:45.610
he was invited to help a teacher implement problem-solving in her grade 8 classroom. The results were terrible. The teacher was scattered.

00:39:45.610 --> 00:39:50.259
She was bouncing between students when she when he gave a problem. The students had so many questions. They didn't know what to do.

00:39:50.260 --> 00:39:53.620
They didn't know how to continue with the problem and over three days

00:39:54.170 --> 00:40:01.450
Liljedahl realized that the students weren't thinking. And so that was his start of his research back in

00:40:01.820 --> 00:40:08.080
2003. So over the past 14 years after that with the help of over 400 classrooms he

00:40:08.660 --> 00:40:13.330
created this huge research project that identified the 14 elements that determine

00:40:13.970 --> 00:40:19.449
which classroom is a thinking classroom and which classroom is a non thinking classroom.

00:40:19.450 --> 00:40:23.530
And so this is the list of those in the notes

00:40:23.530 --> 00:40:31.060
I gave you the I give you a link, but it'll allow you to kind of glance over those 14 sections really quickly.

00:40:31.060 --> 00:40:37.060
I'm gonna go over some of those. I won't go over all of them.  Stage 1, for the first time thinking classroom

00:40:40.190 --> 00:40:44.770
newbies the first thing is this try giving the problem out loud.

00:40:45.380 --> 00:40:52.149
Verbally, say the problem out loud. This puts them into a different mode of having to use a different sense

00:40:52.150 --> 00:40:55.150
number one that they're used to they're not used to listening to questions and

00:40:55.670 --> 00:41:01.420
secondly, they have to discern what parts of that of that question are important for the

00:41:02.030 --> 00:41:05.019
for answering the question. So read the problem out loud.

00:41:05.600 --> 00:41:11.319
Secondly use a vertical non-permanent surface. So this an example might be a wipebook.

00:41:11.320 --> 00:41:14.080
It could be a chalkboard could be a whiteboard.

00:41:14.810 --> 00:41:21.999
I use a window sometimes in some classrooms. I'll show you a photo of that later and only one marker or one piece of chalk and

00:41:22.520 --> 00:41:24.520
only one calculator. And

00:41:24.800 --> 00:41:29.709
one of the rules that I say is that the writer must be told what to write.

00:41:29.990 --> 00:41:31.840
So in your groups that are at the board

00:41:31.840 --> 00:41:37.559
you can't just have one student who knows the answer just write it and the other two students just kind of watch

00:41:37.809 --> 00:41:44.999
but that student that knows what to do has to give that marker up to somebody who doesn't know what to do so much and

00:41:45.069 --> 00:41:50.909
he or she has to explain that problem and say write this then write this and then the other person with the

00:41:50.980 --> 00:41:54.209
calculator you can pass them,. hey type this in the calculator see what you get.

00:41:54.520 --> 00:41:58.799
So having that group work on a vertical non-permanent surface

00:41:59.230 --> 00:42:04.230
allows that thinking to happen. The research was this he tested vertical non-permanent

00:42:04.960 --> 00:42:06.960
vertical permanent chart paper

00:42:07.210 --> 00:42:09.869
horizontal non-permanent, so which is like a whiteboard on your desk

00:42:10.599 --> 00:42:13.259
horizontal permanent which is like a notebook. And he

00:42:13.329 --> 00:42:19.889
tested the thinking time of each one of those surfaces and he found the greatest amount of thinking and

00:42:20.260 --> 00:42:25.530
iterative thinking was with a vertical non permanent surface. The act of standing up walking around

00:42:25.630 --> 00:42:30.390
and looking at the board stepping away from the board and being able to erase the board

00:42:30.970 --> 00:42:32.970
promoted the most amount of thinking.

00:42:33.339 --> 00:42:37.739
Lastly for stage one use visibly random groups. So you don't choose the groups.

00:42:37.740 --> 00:42:42.240
You have a deck of cards and you pass them out. And you say all the aces are over here.

00:42:42.240 --> 00:42:46.379
All the twos are over here or I use popsicle sticks with their names on it.

00:42:46.380 --> 00:42:49.200
I pull the popsicle sticks out of my jar and I say Anna,

00:42:49.690 --> 00:42:54.359
Bob and Charlie you are group number one go over there you're doing that you're doing this problem.

00:42:54.359 --> 00:42:56.230
So this is the first stage.

00:42:56.230 --> 00:43:01.859
Try this out first if you do nothing else and you only want to try something for the first time is try these.

00:43:02.109 --> 00:43:08.009
Take a problem, a rich problem from the textbook, from Marian Small, problem of the week, an open middle problem.

00:43:08.140 --> 00:43:10.170
visual pattern problem, a three-act problem.

00:43:10.170 --> 00:43:11.140
Say it out loud.

00:43:11.140 --> 00:43:17.579
If it has to be projected like a like a visual pattern show that but the actual questions itself

00:43:17.740 --> 00:43:19.740
keep it and give the information

00:43:20.200 --> 00:43:27.450
verbally. Then bring them to the groups. Allow them to try out that board. It's noisy. It really is noisy

00:43:28.140 --> 00:43:34.410
but it's fun because you get to walk around. The teacher walks and looks at all of the boards and sees what's happening and

00:43:34.410 --> 00:43:40.619
what's all the thinking that's happening between all of these groups. So I'll show you an example of what's happening here.

00:43:40.619 --> 00:43:42.619
So this is one group that used

00:43:42.940 --> 00:43:44.940
used markers on their window.

00:43:45.490 --> 00:43:50.630
Dry erase markers. They had to look at the combinations of coins in order to get $9

00:43:50.630 --> 00:43:56.749
for example. Another one using one of the one whiteboardsor the wipebooks is this one. Phil has $10.

00:43:56.750 --> 00:44:01.940
This is the information I gave out loud. This is from a problem of the week from Waterloo.

00:44:01.950 --> 00:44:08.029
So they even indicated their strategy that they were gonna use and they were going to and they're trying out different strategies to get

00:44:08.520 --> 00:44:15.170
that answer. So its lots of learning. This could take anywhere from 10 minutes to 45 minutes

00:44:15.690 --> 00:44:22.579
depending on how intense or how rich that problem is. If you give a closed middle problem or just something like

00:44:23.640 --> 00:44:26.569
calculate the area of a circle that has a radius of 5 centimetres

00:44:27.780 --> 00:44:33.980
then it's it's closed middle. There's only one possible answer and there's really only a one way to calculate it through the formula.

00:44:34.740 --> 00:44:40.309
But if you give something else much richer then you can get those really nice problems on the board.

00:44:40.950 --> 00:44:45.859
Here's another example as well. So this is orders of operation, but we've got two

00:44:46.530 --> 00:44:50.060
exponents and we looked at powers of 10. This wasn't the first day we did this.

00:44:50.100 --> 00:44:55.549
This was actually the third time we spiraled back to this. So I gave them multiple problems

00:44:56.220 --> 00:44:58.249
over three kind of weeks.

00:44:58.860 --> 00:45:02.839
Three chunks and this was the third time that we did orders of operations.

00:45:03.360 --> 00:45:06.799
So you could see the fluency and how much they've developed over time.

00:45:07.680 --> 00:45:12.889
Also, what I did was the students then would rotate around the room and see any common

00:45:13.410 --> 00:45:15.589
elements anything they wanted to comment.

00:45:15.590 --> 00:45:22.130
So in this case, they said you explain well. Good job. Easy to understand. We have circling the answer. We have lines.

00:45:22.800 --> 00:45:29.630
There's a lot. We have pointing. We have lots of action that's happening with this. If you don't have a lot of space and

00:45:30.240 --> 00:45:36.559
you want to and you have only space at your desks and you don't have a lot of vertical spaces, number one wipeboards.

00:45:36.560 --> 00:45:40.700
Their 40 percent off through the conference. These are phenomenal because they stick

00:45:40.800 --> 00:45:44.630
anywhere just use some painters tape and they go on pretty much anything and just

00:45:44.880 --> 00:45:50.059
whiteboard markers go on those. Or you could do it at the desks. So in this case I use a horizontal

00:45:50.610 --> 00:45:54.079
non-permanent surface for them to do and I read this question out loud.

00:45:54.420 --> 00:45:58.879
So with your whiteboard, so this is what I did verbally. They all change seats.

00:45:58.880 --> 00:46:03.599
We did random groups but we tried it at their seats rather than the at the board's.

00:46:04.810 --> 00:46:07.889
Stage two. So now if you've tried that part

00:46:07.890 --> 00:46:08.859
this is where you go next.

00:46:08.859 --> 00:46:15.509
Don't give them any worksheets. When the teacher goes around you answer only the key thinking questions.

00:46:15.510 --> 00:46:19.649
You don't want to prompt them. You want them to think. You don't want to give them the answer.

00:46:19.780 --> 00:46:24.749
Let the students roam if you want. Have them go to another group and try to figure out hey

00:46:24.750 --> 00:46:26.190
what did that group do?

00:46:26.190 --> 00:46:29.730
Then that's when you might want to give two sets of questions perhaps for those kids in the room.

00:46:29.730 --> 00:46:34.409
And in the last part is how what do they do when they're done? What notes do they take?

00:46:34.570 --> 00:46:36.719
So at the end I asked these questions.

00:46:36.910 --> 00:46:42.990
I asked what would you do the same if you got the same type of problem or what would you do

00:46:43.089 --> 00:46:47.009
differently? What strategies did you use? This is the same question.

00:46:47.200 --> 00:46:53.669
Same thinking classroom. One student put stuff about talking about tenths, talk about money, so adding a zero.

00:46:53.670 --> 00:46:54.010
 

00:46:54.010 --> 00:47:00.419
I did not tell the student to write that. These are reminders for that student so that if he or she sees this problem again that

00:47:00.700 --> 00:47:05.040
that they'll put it they'll remind them says hey, I remember that's money now.

00:47:05.980 --> 00:47:07.500
Benchmarks we talked about benchmarks.

00:47:07.500 --> 00:47:12.270
That's one of the big ideas for number sense is knowing quantities of how much something is.

00:47:12.640 --> 00:47:19.410
Benchmarks on a number line, which units to use. And then also this student said next time. I'll remember to read the question carefully.

00:47:19.930 --> 00:47:25.200
Perhaps something that was misunderstood when the question was given verbally.

00:47:25.569 --> 00:47:28.739
I'll remember to make sure my work ideas are clearly written down.

00:47:28.740 --> 00:47:34.469
I'll need to explain what each number means and I want to know what the part and the whole are. Both of these came from

00:47:34.470 --> 00:47:40.740
exactly the same question. But two of these students responded differently in terms of what they felt was the most

00:47:41.230 --> 00:47:43.230
important things to take away from that learning.

00:47:44.319 --> 00:47:45.460
Stage three

00:47:45.460 --> 00:47:48.659
this is now when you consolidate you take all of their

00:47:48.910 --> 00:47:55.050
whiteboards put them all beside each other and this is kind of typical to that bansho technique from before.

00:47:55.119 --> 00:47:57.119
How do you help with the consolidation?

00:47:57.520 --> 00:48:00.479
Consolidate you start with the bottom start with the weakest group.

00:48:00.480 --> 00:48:04.199
What strategies did they use that can benefit everyone and then you move to

00:48:04.359 --> 00:48:09.989
developing that success criteria together. And in the end the teacher creates the any important notes.

00:48:10.030 --> 00:48:15.869
So I would write this down in the end and say here are some strategies that the students used. Feel free to copy this down

00:48:15.869 --> 00:48:20.129
but these are the strategies that you used. And then after that so this is another example of

00:48:20.650 --> 00:48:26.549
what we did in terms of strategies. So I didn't teach them this. This is what came up with through their thinking classroom

00:48:27.160 --> 00:48:29.160
through their boards.

00:48:31.059 --> 00:48:33.209
Assessment so this now ties in David to that other

00:48:33.339 --> 00:48:38.159
question about how do you assess. So I started off firstly by just looking at a checklist

00:48:38.160 --> 00:48:40.859
I used an observable checklist of the things that you know

00:48:40.859 --> 00:48:45.689
I thought were important. But in the thinking classroom, this kids don't look at this is too many words.

00:48:45.690 --> 00:48:47.690
But the kids didn't respond to this in

00:48:48.579 --> 00:48:53.639
2017 or whenever I did this. They didn't like it. So last year. I've moved to a single point rubric.

00:48:53.710 --> 00:48:58.980
All I did was put one thing at the very bottom. So I said I'm gonna assess you on communication.

00:48:58.990 --> 00:49:03.629
Do you show me organization and clarity of method to get the correct answer?

00:49:03.630 --> 00:49:10.559
So I did that. So I gave them some descriptive feedback in purple. So use the term fact. You didn't use that.

00:49:10.559 --> 00:49:16.229
Why didn't you try using a 2 or a 5 for example, and then I had the students reflect. What did they learn?

00:49:16.420 --> 00:49:22.769
Why did they not do that or what Will they do the next time and then they assessed. I assessed.

00:49:22.769 --> 00:49:23.609
So in this case

00:49:23.609 --> 00:49:30.748
we just I gave them that they're hitting expectations and it gave the students an opportunity next time through the spacing to

00:49:31.509 --> 00:49:34.769
to redo this quiz if they wanted to. Different numbers.

00:49:35.859 --> 00:49:37.859
What does this look like altogether?

00:49:37.930 --> 00:49:42.659
Putting it together. What does it look like? So this is another this is my summary.

00:49:42.880 --> 00:49:46.230
So my first my short ranged plans for week one and week two.

00:49:47.049 --> 00:49:52.288
Week one I do chapter one. I do my spiraling for the first 15 minutes of the day.

00:49:52.289 --> 00:49:56.219
So I do those little things. I do the content exploration every day,

00:49:56.890 --> 00:49:59.069
not every day, on Mondays and Wednesdays.

00:49:59.380 --> 00:50:03.989
I do the practice on Tuesdays and Thursdays and then on Friday

00:50:03.989 --> 00:50:10.799
is that review. We do a quiz. We do some math appreciation. We do something that's a little bit more fun.

00:50:11.499 --> 00:50:16.559
Second week. I change units altogether I go to data management. Same thing

00:50:16.559 --> 00:50:22.829
but now I'm going to chapter three. So chapter 3.1 with still the spiraling. I still do the multiplication times tables.

00:50:22.829 --> 00:50:24.829
I still do estimation in the morning.

00:50:25.210 --> 00:50:30.149
If I know that I have a short week because of a holiday or because I have a

00:50:30.880 --> 00:50:34.439
PD day or I have an assembly or a fire dril ils coming up

00:50:34.440 --> 00:50:38.520
I know that I'll have to work with this and manage it a little bit. Notice here on Thursday

00:50:38.520 --> 00:50:40.200
I've highlighted throwback Thursday

00:50:40.200 --> 00:50:43.169
I go back to chapter 1. So notice even in

00:50:43.510 --> 00:50:49.139
week 2 I'll go back to this assessment or the quiz that they did in week 1 to see

00:50:49.140 --> 00:50:54.510
hey, do you need help? Do you need me to review that? Let me see that. You gave yourself below expectations.

00:50:54.520 --> 00:50:59.820
Why do you think so? So I'm gonna leave this slide because there's a lots of that just on this slide.

00:51:00.040 --> 00:51:05.880
And I will ask David if there's any more questions now that I have a minute and 30 seconds.

00:51:05.880 --> 00:51:13.139
Look at me. Good timing. Good timing. So there's actually a lot of conversation about the thinking classroom.

00:51:13.140 --> 00:51:16.770
I didn't see too too many questions that popped up specifically about the thinking  classroom.

00:51:16.770 --> 00:51:21.270
Although I did see one that sort of ran by that caught my eye and the question was about how

00:51:22.000 --> 00:51:24.630
this might work with students who have spec ed needs.

00:51:26.470 --> 00:51:28.210
Um

00:51:28.210 --> 00:51:34.139
which part of the thinking classroom? I think there could be you could probably address either.

00:51:34.140 --> 00:51:40.350
Let me start so kids that have exceptionalities for the thinking classroom. Here's what I would attempt to do.

00:51:40.350 --> 00:51:43.739
I need to know what their IEP says. So if there's someone that has social anxiety

00:51:44.380 --> 00:51:52.260
I would tend to always put them in a group with one student that they're always comfortable with and then the third student so you

00:51:52.260 --> 00:51:58.649
want to make loops of three. The optimal group for the classroom is three. So I'd always keep them with one person that they're very

00:51:58.650 --> 00:52:01.320
comfortable with and then someone who's different. Always random.

00:52:01.780 --> 00:52:07.169
Another thing I could use in terms of environmental is always have the same space for that student.

00:52:07.210 --> 00:52:11.820
So I always have that corner of the board is always that student's opportunity

00:52:12.340 --> 00:52:17.939
to to work on that. And you know what? I'd have to see if the if the accommodations are

00:52:18.640 --> 00:52:23.310
not a bad that they can be participating in that. That's great. If they're modified

00:52:24.190 --> 00:52:26.340
then what I would do is I would

00:52:26.800 --> 00:52:33.179
tend to kind of like have my modification question on the side and I'd say here's what you can do

00:52:33.180 --> 00:52:35.790
you can work with them, but these are the numbers

00:52:35.790 --> 00:52:40.800
I want you to try for your consolidation afterwards and I'll work with you with that one separately.

00:52:40.990 --> 00:52:47.439
So at least then we can still have the part of that socialization of being up at the boards and trying to try that out

00:52:47.599 --> 00:52:52.719
without having to you know, ostracize them and say here's your special work at your desk.

00:52:53.570 --> 00:52:56.289
I hope that I don't know if there's that I can't think of anything else.

00:53:07.089 --> 00:53:09.089
Any other questions David?

00:53:15.640 --> 00:53:17.640
Am I stuck?

00:53:20.410 --> 00:53:22.410
Did I die?

00:53:22.419 --> 00:53:22.980
No, you didn't.

00:53:22.980 --> 00:53:27.689
I forgot to turn my mic on again. So I was talking to everybody in my room.

00:53:28.539 --> 00:53:33.809
But yeah, so there are more questions, but I'm just going to share my screen and we're sort of gonna wrap this up.

00:53:35.169 --> 00:53:37.169
Just just so that we can

00:53:37.539 --> 00:53:39.599
move on. I think we're out of time.

00:53:40.419 --> 00:53:42.809
So I do want to thank you for that informative session Gerard.

00:53:43.390 --> 00:53:47.849
There are a lot of really great ideas and right out of the gate

00:53:47.849 --> 00:53:51.688
I love that you talked about the book Make It Stick. I think that's a book that every teacher should read

00:53:52.900 --> 00:53:56.400
but for the for the attendees if you do have any more questions

00:53:57.249 --> 00:53:59.249
you can put those

00:54:00.339 --> 00:54:01.630
in

00:54:01.630 --> 00:54:07.890
the Google Doc I'm just gonna hit send and put that in the chat right now, so that's just in the chat right now.

00:54:09.069 --> 00:54:14.188
If you didn't have any questions that had questions that weren't answered you can type them in there.

00:54:14.219 --> 00:54:17.279
All of Gerard's links are also in the Google Doc

00:54:18.369 --> 00:54:22.889
so that you can directly click on them. There's a link to the slide show

00:54:22.890 --> 00:54:25.919
I've been pasting that in the chat as well. It is a

00:54:26.859 --> 00:54:30.658
Google link to a Google Sheets doc I make to make a copy

00:54:30.729 --> 00:54:33.539
so if you don't have a gmail account that might be an issue, but

00:54:34.239 --> 00:54:41.609
you know, it will make a copy of the slide show for you. Also in the Google Doc is a link to a

00:54:42.130 --> 00:54:45.869
Google Form where you can enter to win one of the many

00:54:46.150 --> 00:54:50.849
door prizes. If you're not sure the door prizes are if you go to the general

00:54:52.630 --> 00:54:54.630
the general

00:54:54.669 --> 00:54:58.769
program for the day and scroll down to the bottom. It has a list of all the door prizes there.

00:54:59.380 --> 00:55:03.900
That form we're gonna try to only make available today and we only want you to use that once.

00:55:05.079 --> 00:55:07.079
If you

00:55:07.390 --> 00:55:12.299
as I said, this is going to be recorded this was recorded and it's gonna be posted in the morning.

00:55:13.059 --> 00:55:16.798
If you want to get to that you can go to bit.ly/oame2020virtual

00:55:17.469 --> 00:55:23.219
that will get you to the page for the entire conference and all the sessions.

00:55:23.740 --> 00:55:26.339
So you'll be able to see any of the recordings from there.

00:55:27.040 --> 00:55:33.419
We are asking that you don't share that like publicly though. We want to keep that between us. A little secret and

00:55:33.940 --> 00:55:41.339
those recordings will be accessible until Monday at midnight. After that they will be only available to OAME members.

00:55:41.339 --> 00:55:47.549
So hopefully you will consider becoming a OAME member to take part in that. So again, thanks to Gerard

00:55:48.099 --> 00:55:49.300
and

00:55:49.300 --> 00:55:50.650
again, if you've got any more questions

00:55:50.650 --> 00:55:54.480
you can leave them in the Google Doc and Gerard will look at that over the next few days.

