7th Math Unit 3 Day 3 - 1/22
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Last updated over 1 year ago
15 questions
1
Array Models—Write an equivalent expression using the rectangular array model.
3(3x+5)
Array Models—Write an equivalent expression using the rectangular array model.
3(3x+5)
1
Array Models—Write an equivalent expression using the rectangular array model.4(2y+9)
Array Models—Write an equivalent expression using the rectangular array model.
4(2y+9)
1
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
7(5x+9)
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
7(5x+9)
1
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
9(3-5x)
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
9(3-5x)
1
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
10(y-3)
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
10(y-3)
1
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
2(x+3)+3(5x-2)=
Distribute--Use the distributive property to write an equivalent expression in standard form. Optional SYW in Formative
2(x+3)+3(5x-2)=
1
Array Models—Write an equivalent expression using the rectangular array model.
4(7y + 10)
Array Models—Write an equivalent expression using the rectangular array model.
4(7y + 10)
1
Distribute—Use the distributive property to write equivalent expressions.
5(2x + 3y)
Distribute—Use the distributive property to write equivalent expressions.
5(2x + 3y)
1
Distribute—Use the distributive property to write equivalent expressions.
3(7 − x) + 4 =
Distribute—Use the distributive property to write equivalent expressions.
3(7 − x) + 4 =
1
Distribute—Use the distributive property to write equivalent expressions.
2(5a − b) − 6 =
Distribute—Use the distributive property to write equivalent expressions.
2(5a − b) − 6 =
1
Distribute—Use the distributive property to write equivalent expressions.
− 4(2x + 5) =
Distribute—Use the distributive property to write equivalent expressions.
− 4(2x + 5) =
1
Check ALL--Which expressions are equivalent to -8(7x-2)+4?
Select ALL that apply.
Check ALL--Which expressions are equivalent to -8(7x-2)+4?
Select ALL that apply.
1
Distribute—Use the distributive property to write equivalent expressions.12(-10-4x-3y)
Distribute—Use the distributive property to write equivalent expressions.
12(-10-4x-3y)
4
Array Model—Use a rectangular array model to rewrite the expression 3(2x + 4) in standard form.
**You MUST SYW in formative for credit**
Array Model—Use a rectangular array model to rewrite the expression 3(2x + 4) in standard form.
**You MUST SYW in formative for credit**
4
Use the distributive property to rewrite the expression 9(5x-2)+3 in standard form.
**You MUST SYW in formative for credit**
Use the distributive property to rewrite the expression 9(5x-2)+3 in standard form.
**You MUST SYW in formative for credit**