Question

I already solved Part A:
h(x)= 3, -2, -5, -6, -5, -2

Help me for Parts (B-D) and show step-by-step.

Answer 1

Composition of functions is really easy. Don't give up just yet!

Answer 2

the first part was easy

Answer 3

Okay, then, whatever f(x) is you multiply it by 4. That's what j(x) = 4f(x) means. Don't let the notation scare you.

Answer 4

I think you can figure it out. The values for f(x) are given. So take each value and multiply it by 4 and put it in the appropriate box

Answer 5

Are you doing these currently or no?

Answer 6

Yeah. I came up w/

Answer 7

With what?

Answer 8

-4, -12, -20, -28, -36, -44

Answer 9

So you multiplied each number by 4, good. Wasn't so bad, huh?

Answer 10

lol true

Answer 11

For part C, there's a (g(x))^2? I don't understand what that represents?

Answer 12

now for the next one, you simply take the given values of g(x) and square them. Then place them in the appropriate box

Answer 13

Whatever the values for g(x) in the boxes above, take each value and square it. And then put those values where it says k(x)

Answer 14

16, 1, 0, 1, 16, 81

Answer 15

Good

Answer 16

Once again, easy

Answer 17

what about for part d?

Answer 18

just division. Take the values for g(x) and then divide them by the values for f(x). In some cases, you will get fractions, but that's okay. Leave them as fractions.

Answer 19

They could have made this much harder, but this is very easy.

Answer 20

haha alright. i came up w/ -4, -1/3, -0/5, -1/7, -4/9, and -9/11

Answer 21

Yep. So much for withdrawing from the course. You've got this all figured out.

Answer 22

Remember, nothing is ever as hard as it seems.

Answer 23

Thanks man, i appreciate it