Question

solve -1 = -2v + 2/3 for v.

Answer 1

was thtat worded like that in the problem

Answer 2

yahh

Answer 3

on your sheet or computer

Answer 4

i mean no

Answer 5

can you copy and paste it??or rite it how the problem was ??

Answer 6

mmkay

Answer 7

Is this it?

Solve for v

\(-1 = -2v + \dfrac{2}{3} \)

Answer 8

yeah @mathstudent55

Answer 9

-2/3 then correct @mathstudent55

Answer 10

First, subtract 2/3 from both sides.
Then, divide both sides by -2.

gtg. try it, i'll be back in 20 min.

Answer 11

ugh can i have the answer lol? @dirtydan667

Answer 12

thts against the policy of openstudy i could get banned

Answer 13

and i dont want tht

Answer 14

really? oh its soo hard though

Answer 15

ill show youtep by step with the awnser just one sec

Answer 16

ok thanks

Answer 17

for some stupid reason i cant get it

Answer 18

can you figure the answer out? like explain it to me with the answer in it lol

Answer 19

\(-1 = -2v + \dfrac{2}{3} \)

We want v by itself, so first, subtract 2/3 from both sides.

\(-1 - \dfrac{2}{3} = -2v + \dfrac{2}{3} - \dfrac{2}{3}\)

\(-\dfrac{3}{3} - \dfrac{2}{3} = -2v + \dfrac{2}{3} - \dfrac{2}{3}\)

Do the subtractions on both sides. What do you get?

Answer 20

i dont know help please!
:(

Answer 21

oh 1/3 = -2v right? @mathstudent55

Answer 22

\(-\dfrac{3}{3} - \dfrac{2}{3} = -2v + \dfrac{2}{3} - \dfrac{2}{3} \)

This is the next step.

\( -\dfrac{5}{3} = -2v \)

\(-2v = -\dfrac{5}{3} \)

Now you need to divide both sides by -2, which is the same as multiplying both sides by -1/2.

Answer 23

i got 5 thats not right help! @mathstudent55

Answer 24

\( -2v = -\dfrac{5}{3} \)

\( -\dfrac{1}{2} \times ( \dfrac{-2v}{1}) = -\dfrac{1}{2} \times ( -\dfrac{5}{3} ) \)

\( v = \dfrac{5}{6} \)

Answer 25

THANKS

Answer 26

You're welcome.