Question

help

Answer 1

@Awolflover1

Answer 2

\[W = p(v_{f}-v_{i})\]

Answer 3

Where W = work, P = pressure, Vf = final volume, Vi = initial volume

Answer 4

\[\frac{ W }{ p }+V_{I} = V_{f}\]

Answer 5

ok, go on....

Answer 6

you're looking for the final volume, all you need to do is plug in the numbers into that equation and you'll get it.

we know that Work is equal to the pressure times the change in volume.

Answer 7

ok....

Answer 8

\[\frac{ 112.4~Joules }{ 1.1~atm }+0.061~L = V_{f}\]

Answer 9

then convert to Ml?

Answer 10

or will that give me the right answer?

Answer 11

you can convert to mL if you want

Answer 12

does the solution come out in Liters?

Answer 13

it's been a while since I've done these questions

Answer 14

hold on

Answer 15

divide you mean....

Answer 16

The formula is correct I need to check the units

Answer 17

ok

Answer 18

I have about 7 minutes btw....

Answer 19

First we convert joules to L~atm.

then insert this into our equation that we have.

\[112.4~Joules = 1.11~L~atm \]

\[\frac{ 1.11L~atm }{ 1.1~atm } +0.061L = 1.07L~1070mL \]

it says expansion so our final volume must be bigger than our initial volume.