A gas is filled in a container of volume V at constant pressure and at 27 c. Find out the amount of gas that will escape out of the container if temperature rises to 37 C
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Answered by
6
if the temp increased to 37C, then that is a Charles Law.
So V1/T1 = V2/T2 (temp must be in K)
Since you are not given an intial volume other than V, you can only solve a percent change.
Therfore V2 = V(37+273) / (27 + 273)
So the final volume is 3.3% greater than the intial volume. Or V2 = 1.033V
hope this helps you out. .....
So V1/T1 = V2/T2 (temp must be in K)
Since you are not given an intial volume other than V, you can only solve a percent change.
Therfore V2 = V(37+273) / (27 + 273)
So the final volume is 3.3% greater than the intial volume. Or V2 = 1.033V
hope this helps you out. .....
parth34patk:
Can you please explain the last step!!!! V2=.???
Answered by
6
Answer:
31/30 m'
Explanation:
using charles law,
V/T1=V2/T2
V/300=V2/310
V2=31/30V
then we know VOLUME=MASS/DENSITY
hence amount of gas left is 31/30m'
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