Question

Solve for v.

Answer 1

Its c

Answer 2

thanks!

Answer 3

:)

Answer 4

noooo it is d

Answer 5

I got c

Answer 6

?

Answer 7

how? both of you

Answer 8

Its c!!!!!

Answer 9

nooo
it is : Mk = bv
so v = Mk/b : D

Answer 10

whatever

Answer 11

@AccessDenied

Answer 12

okay

Answer 13

@undeadknight26

Answer 14

gee it is too easy

Answer 15

Our equation is:
\( M = \dfrac{bv}{k} \)
We have division by k, so let's multiply both sides by k to cancel it out.
\( M \times k = \dfrac{bv}{\cancel{k}} \times \cancel{k} \)
\( Mk = bv \)
Then to solve for v, you need to divide both sides by b.
You can see how this works?

Answer 16

so the answer is d?

Answer 17

Yes it is to easy

Answer 18

not sure

Answer 19

Whatever^^^Hamoody is wrong

Answer 20

@Ilovecake so its c thanks!

Answer 21

When you become so concerned with which is the right answer, you are not learning how to produce the answers through the Math work.

If you work towards the solution by isolating v on the right side and applying the opposite operations (multiply-divide, add-subtract), your remaining solution will be the answer. Just try to understand that and you do not have to leave the choice to coin-flip.

Answer 22

okay

Answer 23

thanks :)

Answer 24

From the end of my previous post, I left off here:
\( Mk = bv \)
To isolate v, we must move the b over to the left side. It is multiplied, so we just divide both sides by b so that the right-side's b cancels. (b/b = 1.)
\( \dfrac{Mk}{b} = v \)

Answer 25

Yes

Answer 26

so its D

Answer 27

wow

Answer 28

its c...duhhhhhh