((-4x^3)(y^4))^-3
--------------------------
(2xy^4)^-4
16x^4y^16
=------------------------
-64x^9y^12
-16y^4
=------------------------
64x^5
-y
=------------------------
4x^5
So the final answer is:
-y^4
-------
4x^5
(Btw if "^" is in front of a number, that means it is an exponent, so when your writing this on paper, just write it as a regular exponent without the "^". I had to do that since I'm on a computer.)
Hopefully this was helpful in some way.
70% i guess
mark brainiest if correct
Answer:
is the final answer.
Step-by-step explanation:
The difference of two squares identity is a squared number subtracted from another squared number to get factorized in the form of:
This identity is often used in algebra where it is useful in applications to integer factorization, the quadratic sieve, the algebraic factorization, etc.
<span>What is the value of a2 in the sequence?
2, 5, 10, 17, ... is 2
What is the value of a3 in the sequence?
−4, −2, −1/2, −1/4, ... is −1/2
Which answer describes the type of sequence?
3, 9, 15, 21, ...is arithmetic with d=6
Which answer describes the type of sequence?
4, 9, 13, 22, ...
is neither arithmetic nor geometric
Which answer describes the type of sequence?
200, 40, 8, 1.6, ...
is geometric with q=1/5
Have fun</span>
prime factoring, oddly enough, is simply dividing by primes, anyhow, without much adieu.
36 = 2 * 2 * 3 * 3.
but anyway, prime factoring, is dividing by first 2, till you can't, then 3 till you can't, then 5 till you can't, and so on, and that plucks out all possible factors on any number.