The pressure, measured in Pascals (abbreviated Pa) on a certain object B is proportional to the...

 

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The pressure, measured in Pascals (abbreviated Pa) on a certain object B is proportional to the temperature measured in degrees Kelvin (degk), and inversely proportional to the volume of B in cubic meters: T C where c is a physical constant that depends on B and converts the units to Pascals. In this problem it is P= Using the quotient rule, the pressure on the object is changing at the rate. Your answer should include units. c=1 Pa* m degk V(t) Suppose the temperature and the volume both depend on time, hence so the does the pressure: P(t) = Tc. At time t = 7 seconds the temperature of B is 22 degK and is increasing at a rate of -7 degk, and the volume is 19 m and is increasing at the rate -6 m. The pressure, measured in Pascals (abbreviated Pa) on a certain object B is proportional to the temperature measured in degrees Kelvin (degk), and inversely proportional to the volume of B in cubic meters: T C where c is a physical constant that depends on B and converts the units to Pascals. In this problem it is P= Using the quotient rule, the pressure on the object is changing at the rate. Your answer should include units. c=1 Pa* m degk V(t) Suppose the temperature and the volume both depend on time, hence so the does the pressure: P(t) = Tc. At time t = 7 seconds the temperature of B is 22 degK and is increasing at a rate of -7 degk, and the volume is 19 m and is increasing at the rate -6 m.