Boyle's Law expresses the relationship between the pressure, P, and the volume, V, of a gas under constant temperature. PVC where C is a constant Suppose the pressure and volume change with respect to time. a) Write the equation that relates how fast the the pressure and volume are changing with respect to time. Use Leibniz notation for any derivatives, in addition to upper case letters for P and V b) Suppose the pressure is increasing by 20 atmospheres per minute when the volume is 600 cubic centimeters and the pressure is 150 atmospheres. How fast is the volume changing? dv dt -units-

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Boyle's Law expresses the relationship between the pressure, P, and the volume, V, of a gas under constant temperature.
PVC where C is a constant
Suppose the pressure and volume change with respect to time.
(a) Write the equation that relates how fast the the pressure and volume are changing with respect to time. Use Leibniz notation for any derivatives, in addition to upper case letters for P and V.
(b) Suppose the pressure is increasing by 20 atmospheres per minute when the volume is 600 cubic centimeters and the pressure is 150 atmospheres.
How fast is the volume changing?
dv
dt
-units-
Transcribed Image Text:Boyle's Law expresses the relationship between the pressure, P, and the volume, V, of a gas under constant temperature. PVC where C is a constant Suppose the pressure and volume change with respect to time. (a) Write the equation that relates how fast the the pressure and volume are changing with respect to time. Use Leibniz notation for any derivatives, in addition to upper case letters for P and V. (b) Suppose the pressure is increasing by 20 atmospheres per minute when the volume is 600 cubic centimeters and the pressure is 150 atmospheres. How fast is the volume changing? dv dt -units-
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