1. A certain amount of gas contains a volume of 4 L at 100 psia. Find the pressure of the gas if it occupies in a 15 L container. (p2=v1xp1/v2)

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question one and two plz

9:21 1
Gas Laws Boyles-Charles Law Problems
Boyle's law states that if the temperature of a gas is constant the volu
inversely proportional to the pressure. This means as one value increa
the other decreases. (balloon) Absolute pressure must be used for
calculations.
v1
p2
Boyle's Law v2
pl orv1/v2=p2/p1 or v2/v1= p1/p2
PSIA = PSIG + 14.7
PSIG = PSIA - 14.7
1. A certain amount of gas contains a volume of 4 L at 100 psia. Find the
pressure of the gas if it occupies in a 15 L container. (p2=v1xp1/v2)
Do you know how to do question 1
2. Find the final volume of gas, initially the volume is 8 Lof gas at 150 psia,
pressure decreases to 125 psia. (v2-p1Xv1/v2)
English (Canada)
35
Send a chat
Transcribed Image Text:9:21 1 Gas Laws Boyles-Charles Law Problems Boyle's law states that if the temperature of a gas is constant the volu inversely proportional to the pressure. This means as one value increa the other decreases. (balloon) Absolute pressure must be used for calculations. v1 p2 Boyle's Law v2 pl orv1/v2=p2/p1 or v2/v1= p1/p2 PSIA = PSIG + 14.7 PSIG = PSIA - 14.7 1. A certain amount of gas contains a volume of 4 L at 100 psia. Find the pressure of the gas if it occupies in a 15 L container. (p2=v1xp1/v2) Do you know how to do question 1 2. Find the final volume of gas, initially the volume is 8 Lof gas at 150 psia, pressure decreases to 125 psia. (v2-p1Xv1/v2) English (Canada) 35 Send a chat
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