4.1 Review: Factoring Expressions in Standard Form (Due 1/10/24)
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Last updated 12 months ago
32 questions
Required
10
Review: Simplify the product.
Review: Simplify the product.
10
Review : Simplify the product.
Review : Simplify the product.
10
Review: Simplify the product.
Review: Simplify the product.
10
Review: Simplify the product.
Review: Simplify the product.
10
Vocabulary Review: Use the Distributive Property. Match equivalent expressions.
Vocabulary Review: Use the Distributive Property. Match equivalent expressions.
- y(y + 2)
- (2y - 1)(y + 2)
- y(y² + 3y - 6)
- -1(y + 2)
- y³ + 3y² - 6y
- -y - 2
- y² + 2y
- 2y(y + 2) - 1(y + 2)
10
Factor this standard form quadratic expression.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Lisa factored the following problem:
Lisa factored the following problem:
She got the answer below. Decide if she is correct and explain how you know.
Required
10
Prove that (x+4) and (x+6) are the factors of:
Prove that (x+4) and (x+6) are the factors of:
20
Match the quadratic to its factors.
Match the quadratic to its factors.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
| arrow_right_alt | (x + 3) (x - 6) | |
| arrow_right_alt | (x - 3) (x - 6) | |
| arrow_right_alt | (x + 6) (x - 3) | |
| arrow_right_alt | (x + 3) (x + 6) |
20
10
What are two factors of 60 that combine (add or subtract) to equal 17? (Use 'and' between the two numbers)
What are two factors of 60 that combine (add or subtract) to equal 17? (Use 'and' between the two numbers)
10
What are two factors of -60 that combine (add or subtract) to equal 11? (Use 'and' between the two numbers)
What are two factors of -60 that combine (add or subtract) to equal 11? (Use 'and' between the two numbers)
10
What are two factors of 48 that combine (add or subtract) to equal -14? (Use 'and' between the two numbers)
What are two factors of 48 that combine (add or subtract) to equal -14? (Use 'and' between the two numbers)
10
What are two factors of 48 that combine (add or subtract) to equal 19? (Use 'and' between the two numbers)
What are two factors of 48 that combine (add or subtract) to equal 19? (Use 'and' between the two numbers)
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
10
Factor this standard form quadratic expression.
Use the box method to show your work.
Factor this standard form quadratic expression.
Use the box method to show your work.
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______
Required
10
Solve this quadratic equation. (hint look at your work from Day 1 and Day 2
(If the equation only has one answer, then write n/a for solution 2.)
Solution 1:
_______
Solution 2:
_______