SOLUTION: Boyleโs Lawstates that:
๐๐=๐ถ
Where P and V are the pressure and volume of gas and C is a constant. Suppose that a gas is currently occupying 100cm^3 with a pressure of
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-> SOLUTION: Boyleโs Lawstates that:
๐๐=๐ถ
Where P and V are the pressure and volume of gas and C is a constant. Suppose that a gas is currently occupying 100cm^3 with a pressure of
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Question 1180414: Boyleโs Lawstates that:
๐๐=๐ถ
Where P and V are the pressure and volume of gas and C is a constant. Suppose that a gas is currently occupying 100cm^3 with a pressure of 270 kPa. If the volume is increasing at a rate of 5cm^3/s, how is the pressure changing? Answer by ikleyn(52864) (Show Source):
You are given
PV = C,
V = 100 + 5t cubic centimeters
where C is a constant, V is the gas volume in cubic centimeters, P is the gas pressure in kPa, and t is the time (in seconds).
It implies for the pressure
P = = kPa,
giving the ANSWER to your question.
