4 Which best describes the process used to factor a difference of squares? Create the first factor by taking the squareroot of the first, keep the sign, and squareroot the last. Then, make the second factor by just changing the sign. Create the first factor by taking the cuberoot of the first, use the opposite sign, and cuberoot the last. To make the second factor, you work off the first factor by squaring the first, using the opposite sign, multiplying the two together, and add the square of the last. Square root the first, use the opposite sign, square root the last. Put it in parentheses and a square on the outside. Create the first factor by taking the cuberoot of the first, keep the sign, and cuberoot the last. To make the second factor, you work off the first by squaring the first, using the opposite sign, multiplying the two together, and add the square of the last. Square root the first, keep the sign, square root the last. Put it in parentheses and a square on the outside.
4 Which best describes the process used to factor a difference of squares? Create the first factor by taking the squareroot of the first, keep the sign, and squareroot the last. Then, make the second factor by just changing the sign. Create the first factor by taking the cuberoot of the first, use the opposite sign, and cuberoot the last. To make the second factor, you work off the first factor by squaring the first, using the opposite sign, multiplying the two together, and add the square of the last. Square root the first, use the opposite sign, square root the last. Put it in parentheses and a square on the outside. Create the first factor by taking the cuberoot of the first, keep the sign, and cuberoot the last. To make the second factor, you work off the first by squaring the first, using the opposite sign, multiplying the two together, and add the square of the last. Square root the first, keep the sign, square root the last. Put it in parentheses and a square on the outside.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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H1.

Transcribed Image Text:Which best describes the process used to factor a difference of squares?
Create the first factor by taking the square root of the first, keep the sign, and
squareroot the last. Then, make the second factor by just changing the sign.
Create the first factor by taking the cuberoot of the first, use the opposite sign,
and cuberoot the last. To make the second factor, you work off the first factor
by squaring the first, using the opposite sign, multiplying the two together, and
add the square of the last.
Square root the first, use the opposite sign, square root the last. Put it in
parentheses and a square on the outside.
Create the first factor by taking the cuberoot of the first, keep the sign, and
cuberoot the last. To make the second factor, you work off the first by squaring
the first, using the opposite sign, multiplying the two together, and add the
square of the last.
Square root the first, keep the sign, square root the last. Put it in parentheses
and a square on the outside.
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