Developing Classroom Collective Efficacy in Math: Engaging Students in a Remote and/or Hybrid Setting
- Shared screen with speaker view

33:29
None

33:32
F6

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d3

33:35
E6

33:38
D2

33:39
Exactly

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D2

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D4

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D4

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D4

33:47
C3: I’m not a coffee drinker either

33:52
D4 for me

33:58
Tea drinker

34:05
F6

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A1

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D3

34:23
But would most likely go for B5

36:25
How many cups are in the array?

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What is the ratio of milk to coffee in each row/column?

36:33
What is the ratio of milk to coffee in each drink?

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What is the ratio of cream to coffee?

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Which quadrant do you think this might located in

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percentage of cups you would actually drink?

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Which coffees are the same according to the diagram? Why?

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How many total fluid ounces of liquid are held in the cups?

47:28
Are the ratios between species return the same each year?

47:41
Whoops. ( didnt mean to hit enter!)

48:07
Why is there so much less pink salmon in district 2 lower Yukon river?

48:08
I notice District 2 has fewer of everything. I wonder if the district 1 has more people? Why

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What is the difference between districts 1 and 2?

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What percent of the salmon are Chinook for District 1 and District 2?

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why are there no chinook, pink and chum in upper Yukon?

49:13
What is the average number of salmon in each region?

53:41
What might be the average speed of this team?

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If it takes 30 seconds to feed each dog, how long will it take to feed the team?

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What is the ratio of legs to eyes?

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Is there an odd or even number of dogs on the team?

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What is the average speed that the team can pull the sled? How do changes in the weight of the sled affect their average speed?

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What is the average rate of speed for dog sled teams? How does that compare to the speed of an individual dog?

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How many legs are in the picture?

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What information do we need to determine the speed of the team?

57:12
yes

57:15
yes

01:01:15
Neither do I

01:01:48
Still can’t find them

01:20:48
Do they have cell phones and can they take pictures of what they do to send you?

01:25:43
Are virtual manipulatives as effective as the physical ones?

01:36:43
Algebra tiles that allows both positive and negatives.

01:36:47
Algebra Tiles, spreadsheets for seeing large patterns

01:36:47
Integer Chips

01:37:06
cubes for representing square roots and cube roots

01:37:12
Cubes (longs and shorts)

01:37:12
beans with each side a different color

01:37:14
I made homemade Algebra Tiles and they are great for explaining factoring and FOIL

01:37:20
Lima bean, colored on one side, shake them out (starting with a certain number). Create addition equations

01:37:30
Fraction bars= equivalent fracitons, dividing fractions

01:37:45
pattern blocks

01:38:14
Counting bears, colors and sizes

01:43:51
The fractions are the same and the answer but the part in-between appears to be different.

01:44:00
different is the 78. same is the 2/3

01:44:08
In the second one, students would need to have backgrond in solving equations…

01:44:19
You are having to put “together” and then divide, you have to start with what you know, and what you have to find out.

01:44:22
First one more accessible to more students.

01:58:11
5

01:58:13
Introducing forms of representations that canoe useful

01:58:14
4

01:58:15
Introducing forms of representations

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3 (introducing forms of representation)

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2. substantial time

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4

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1

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4: as in the case of beginning division to understand the remainder

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2. Allocating time

01:58:48
I think I need to work on them all. I don’t feel like I”m strong in any of them. Not sure how to do representations for many of the Algebra II and higher maths

01:58:49
4

02:00:05
desmos.com

02:00:14
I use desmos all the time

02:00:14
Desmos is the most awesome thing!

02:00:35
It shows discontinuities better than a ti calculator

02:03:32
I need the link

02:03:35
can you put the link >

02:03:36
Please drop the link

02:03:44
Resource page: https://asdn.org/webinar-resource-page-where-to-start-determining-priorities-for-math-instruction-fall-2020/

02:03:49
thanks!

02:16:32
Enough time!

02:16:37
Read it all

02:17:37
Quality contribution - teaching them what that is. Never thought about that aspect.

02:17:39
I liked the comment about providing 3 ways to participate because some students need a way to participate without having to come up with original material.

02:17:48
when they work together in pairs they can find similarities and differences between their approaches

02:17:49
prior experiences to encourage discourse

02:18:31
1. Choices, 2. Real-world context 3. Justify solutions

02:18:40
I agree Tracey! I like think pair compare/revise with problem solving. I have used it in other contexts but having a discussion question included is helpful

02:19:29
I like the ask a question about what you heard, then restate it in to your own words.

02:19:38
It forces them to listen and summarize

02:19:42
The “Think, pair, compare” also stood out to me: I like rewording it also so they aren’t just sharing their thoughts, but then they are also comparing them with each other about what is the same, what is different, etc

02:19:44
I also like the idea of re-phrasing textbook questions- it would be cool to have students think of ways to re-write them too

02:19:45
Like the idea of modifying existing tasks as well. Not just going by the book!

02:21:00
ok

02:21:05
ok

02:21:06
ok

02:22:30
Math Talk?

02:23:30
I have done the dot number talks previously, but on Zoom it actually worked pretty well too

02:25:30
Survey 4 - https://www.surveymonkey.com/r/CTCMTSV

02:25:37
the Four ways doc isn't opening for me....is it on class page?

02:25:41
Thank you!

02:25:46
Thank you!

02:25:56
Resource page: https://asdn.org/webinar-resource-page-where-to-start-determining-priorities-for-math-instruction-fall-2020/

02:25:57
It should be on the resources page, Lacey

02:26:45
Thank you!

02:26:45
Thanks so much!

02:26:56
Great info, thank you