Assume that the gas inside the sun behvaes very much like the perfect gas, the temperature at the centre of the sun is nearly (the number density of gas particles (2rho)/(M_(H)), Boltzmann constant k_(B)=1.4xx10^(-23)J.K^(-1) and mass of proton M_(H)=1.67xx10^(-27) kg )

Assume that the gas inside the sun behvaes very much like the perfect

1.	Assume that the gas inside the sun behvaes very much like the perfect gas, the temperature at the centre of the sun is nearly (the number density of gas particles (2rho)/(M_(H)), Boltzmann constant k_(B)=1.4xx10^(-23)J.K^(-1) and mass of proton M_(H)=1.67xx10^(-27) kg )
Answer» `3xx10^(7) K` `2xx10^(7) K` `4XX10^(7) K` `6xx10^(7) K` SOLUTION :`PV=nKTrArr T=(3.1xx10^(10))/(1.4xx10^(3))=2.2xx10^(7) K`