Question

3-A quantity of gas has pressure of 250 kn/ m$^2$ when its volume is 0.04 m$^3$ and its temperature is 40c if the volume is remain constant and (R) =.3 kj/kg k.find the mass of the gas if the pressure is now increase to 1.05MN/m$^2$ what will be the new temperature of the gas.

          3-A quantity of gas has pressure of 250 kn/ m$^2$ when its volume is
0.04 m$^3$ and its temperature is 40c if the volume is remain constant
and (R) =.3 kj/kg k.find the mass of the gas if the pressure is now
increase to 1.05MN/m$^2$ what will be the new temperature of the
gas.

3-A quantity of gas has pressure of 250 kn/ m^2 when its volume is
0.04 m^3 and its temperature is 40c if the volume is remain constant
and (R) =.3 kj/kg k.find the mass of the gas if the pressure is now
increase to 1.05MN/m^2 what will be the new temperature of the
gas.

Added by Elizabeth S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adam Moon

Step 1

04 m³ and the temperature is 40°C. We can use the ideal gas law equation: PV = mRT, where P is the pressure, V is the volume, m is the mass, R is the gas constant, and T is the temperature. Given: P = 250 kN/m² = 250,000 N/m² V = 0.04 m³ T = 40°C = 40 + 273.15 K Show more…

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A quantity of gas has a pressure of 250 kN/mÂ² when its volume is 0.04 mÂ³ and its temperature is 40Â°C. If the volume remains constant and R = 0.3 kJ/kg K, find the mass of the gas. If the pressure is now increased to 1.05 MN/mÂ², what will be the new temperature of the gas?