Chemistry, 02.03.2021 07:00 zwalkert01
PLZ HELP as soon as possible plz answer all 4 of the questions
If PV = nRT, then if I increase the amount of moles of a gas in a glass jar,
and the temperature of the gas stays the same,
and volume of a jar obviously stays the same,
what will happen to pressure inside the jar?
Question 1 options:
Pressure will decrease.
We can not be sure.
Pressure will increase.
Which of the following is NOT equal to PV = nRT
Question 2 options:
R = PV/nT
n = PVT / R
P = nRT / V
V = nRT/P
PV= nRT
Given that R = 8.31 L x kPa / K x mol,
if 1.5mol of a gas is in a 10.0L container at 250K, what is the pressure of the gas?
Question 3 options:
3750 kPa
0.49 kPa
3,200 kPa
311.6 kPa
PV= nRT
Given that R = 8.31 L x kPa / K x mol,
If 3.0L of a gas is at a pressure of 225 kPa, at 315 K temperature, then how big is the container trapping this gas?
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PLZ HELP as soon as possible plz answer all 4 of the questions
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