Asked by Precious
1.given 30 m^3 of helium at 15 degree c and 1.0x10^5 Pa, determine the volume at -6 degree c and 5.6x10^4 Pa
2. if a mass of gas occupies 500 l at 16 degree c and 10^5 Pa,determine the volume at 38 degree c and 1.7x10^5 Pa.
3. Calculate the final temperature required to change 10 l of helium at 100 k and 10^4 Pa to 20 l at 2x10^4 Pa.
2. if a mass of gas occupies 500 l at 16 degree c and 10^5 Pa,determine the volume at 38 degree c and 1.7x10^5 Pa.
3. Calculate the final temperature required to change 10 l of helium at 100 k and 10^4 Pa to 20 l at 2x10^4 Pa.
Answers
Answered by
bobpursley
a. combined gas law
b. ibid
c. ibid
Do you have a question about how to use the combined gas law?
P1V1/T1=P2V2/T2 temps in kelvins
b. ibid
c. ibid
Do you have a question about how to use the combined gas law?
P1V1/T1=P2V2/T2 temps in kelvins
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