Two gases X and Y having the same temperature T, the same pressure P and the same volume V are mixed. If the mxiture has the volume V and temperature T, then the pressure of the mixture must be
A.4P
B.P
C.2P
A.Otto cycle
B.Stirling cycle
C.Diesel cycle
D.Carnot cycle
A.Engine and clutch
B.Clutch and differential
C.Differential and wheels
D.Clutch and wheels
E.Engine and flywheels
A.four stroke compression ignition engines
B.steam engines
C.two stroke spark ignition engines
D.vapour compression cycles
A.Joule cycle
B.Diesel cycle
C.Rankine cycle
D.Otto cycle
E.Ericsson cycle
A.Steady flow
B.Unsteady flow
C.Uniform flow
D.Closed flow
E.Constant flow
A.Conduction heat flow only
B.Convective heat flow only
C.Radiation heat flow only
D.Heat exchange by all the three modes of heat transfer
E.No heat exchange
A.1.0 cm-m
B.1.562 cu-m
C.8.48 cu-m
D.12.847 cu-m
E.25.794 cu-m
A.Pressure at cut off to supply pressure
B.Pressure at cut off to exhaust pressure
C.Pressure at cut off to mean effective pressure
D.Fraction of piston stroke which the piston has travelled when cut off occurs
E.Work done by piston after cut off to total work done per cylinder