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anastassius [24]
4 years ago
15

Identify the expression as a perfect-square trinomial, a difference of squares, or neither. Factor the expression.

Mathematics
1 answer:
Paul [167]4 years ago
6 0
Factored Expression.

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She dilated the outdoor stage by a scale factor of four with the center of dilation at the origin. Which ordered pair
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(32, 16)

Step-by-step explanation:

Since the scale factor is 4, you always multiply both coordinate places (x and y) by this number.

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If ABC ~ DEF and the scale factor from ABC to DEF is 2, what are the lengths of , , and , respectively?
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4 years ago
Find the area of the figure. Explain your reasoning.
Grace [21]

Answer:

Separate it into smaller figures.

Step-by-step explanation:

The figure can be separated into a triangle on the top, and 2 trapezoids on the middle and the bottom.

The area of the triangle is bh/2, which is (4 x 6)/2, which is 12.

The area of the trapezoid in the middle is .5(b1+b2)h, which is .5(6+4)3, which is 15.

The area of the trapezoid on the bottom is .5(6+5)2, which is 11.

Now, add them to get 12+11+15 which is 38.

5 0
3 years ago
At a certain time of day, a 5 foot tall man has a 4 foot shadow. If a tree is 20 feet tall, what is the length of the tree’s sha
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4 years ago
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A radio station is having a promotion in which every 12th caller receives a free concert ticket and every 9th caller receives a
erma4kov [3.2K]

Answer: The 36th caller will be the first one to win both

Step-by-step explanation:

Given: A radio station is having a promotion in which every 12th caller receives a free concert ticket and every 9th caller receives a limo ride.

To find which caller would be the first one to win both, we will find the LCM.

Prime factorization of 9 and 12:

12 = 3x 2x 2

9 = 3x 3

LCM(12,9)=3\times2\times2\times3=36  [Where LCM=Least common multiple]

Therefore, the 36th caller will be the first one to win both.

5 0
3 years ago
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