.m. grams of a gas of a molecular weight M is flowing in an isolated tube with velocity 2V. If the gasflow is suddenly stopped the rise in its temperature is, (gamma = ratio of specific heats, R = universal gas constant , J = Mechanical equivalent of heat)

.m. grams of a gas of a molecular weight M is flowing in an isolated t

1.	.m. grams of a gas of a molecular weight M is flowing in an isolated tube with velocity 2V. If the gasflow is suddenly stopped the rise in its temperature is, (gamma = ratio of specific heats, R = universal gas constant , J = Mechanical equivalent of heat)
Answer» `(2Mv^2(GAMMA -1 ))/(RJ)` `(mv^2 (gamma -1))/(M2RJ)` `(mv^2 gamma)/(2RJ)` `(Mv^2 gamma)/(2RJ)` ANSWER :A