The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks out at constanmt temperature
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One mole of an ideal gas is warmed slowly so that it goes form the PV state (PfVi) to (3Pi,3Vi) in such a way that the pressure of the gas is directly proportional to the volume. (a) How much work is done on the as in the process? (b) How is the temperature of the gas related to its volume during this process?
05
Oct
One mole of an ideal gas is warmed slowly so that it goes form the PV state (PfVi) to (3Pi,3Vi) in such a way that the pressure of the gas is directly proportional to the volume. (a) How much work is done on the as in the process? (b) How is the temperature of the [...]
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A vessel of volume V = 30 litre is separated into three equal parts by stationary semi permeable membrane . The left ,
middle and right parts are filled with mH = 30 gm of hydrogen ,
One mole of an ideal gas is warmed slowly so that it goes form the PV state (PfVi) to (3Pi ,
The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks out at constanmt temperature ,
the rms speed of the remaining molecules will be........... ,
A vessel of volume V = 30 litre is separated into three equal parts by stationary semi permeable membrane . The left , middle and right parts are filled with mH = 30 gm of hydrogen , m O2 = 160 gm of oxygen and mN=70 gm of nitrogen respectively . The left partition lets through only hydrogen while the right partition lets through hydrogen and nitrogen . If the temperature in all is 300 K , the ratio of pressure in the three compartments will be :
04
Oct
A vessel of volume V = 30 litre is separated into three equal parts by stationary semi permeable membrane . The left , middle and right parts are filled with mH = 30 gm of hydrogen , m O2 = 160 gm of oxygen and mN=70 gm of nitrogen respectively . The left partition lets [...]
Tags:
A vessel of volume V = 30 litre is separated into three equal parts by stationary semi permeable membrane . The left ,
middle and right parts are filled with mH = 30 gm of hydrogen ,
The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks out at constanmt temperature ,
the rms speed of the remaining molecules will be........... ,
The air tight and smooth piston of a cylindrical vessel are connected with a string as shown. Initially pressure and temperature of the gas are P0 and T0. The atmospheric pressure is also P0. At a later time, tension in the string is 3/8 P0 A where A is the cross-sectional are of the cylinder. at this time, the temperature of the gas has become.
04
Oct
The air tight and smooth piston of a cylindrical vessel are connected with a string as shown. Initially pressure and temperature of the gas are P0 and T0. The atmospheric pressure is also P0. At a later time, tension in the string is 3/8 P0 A where A is the cross-sectional are of the cylinder. [...]
A closed hollow insulated cylinder is filled with gas at 0∘C and also contains an insulated piston of negligible weight and negligible thickness at the middle point. The gas on one side of the piston is heated to 100∘C. If the piston moves 5 cm the length of the hollow cylinder is
04
Oct
A closed hollow insulated cylinder is filled with gas at 0∘C and also contains an insulated piston of negligible weight and negligible thickness at the middle point. The gas on one side of the piston is heated to 100∘C. If the piston moves 5 cm the length of the hollow cylinder is The rms speed [...]
The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks out at constanmt temperature, the rms speed of the remaining molecules will be………..
04
Oct
The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks out at constanmt temperature, the rms speed of the remaining molecules will be……….. The rms speed of a molecules of a gas in a vessel is 400 m/s. If half of the gas leaks [...]