B and C(γ=3/2) have equal volume initially. Now
Three samples of the same gas A,B and C(γ=3/2) have equal volume initially. Now, the volume of each sample is doubled. For A , the process is adiabatic; for B , it is isobaric and for C , the process is isothermal. If the final pressure are equal for all the three samples, the ratio of their initial pressures is
12
Sep
Three samples of the same gas A,B and C(γ=3/2) have equal volume initially. Now, the volume of each sample is doubled. For A , the process is adiabatic; for B , it is isobaric and for C , the process is isothermal. If the final pressure are equal for all the three samples, the ratio [...]
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B and C(γ=3/2) have equal volume initially. Now ,
it is isobaric and for C ,
the process is adiabatic; for B ,
the process is isothermal. If the final pressure are equal for all the three samples ,
the ratio of their initial pressures is ,
the volume of each sample is doubled. For A ,
Three samples of the same gas A ,