An insulted box contains two sections A and B. Each section contains a diatomic ideal gas. The sections are separated by an insulating perfectly flexible wall. Initially the pressure is the same on both sides. (1.01325 x 10^5 Pa) and the volumes are the same (10^-3 m^3) HINT: Sketching the problem will help

Heat is supplied to gas A by means of an electrical resistance (a hot wire) until the pressure rises to 1.01326 x 10^6 Pa. If the perfectly flexible wall allows both gases to maintain equal pressures and the initial temperature of both gases is 273 K, compute:

a) the final temperature of side B

b) the work performed on gas B

c) the final temperature of side A

d) the heat absorbed by gas B

(HINT: There are a number of things you have to find before you can answer these questions... a sketch of the problem is an excellent beginning. Another hint, think about 'adiabatic" and to which gases it can be applied.)

PLEASE SHOW ALL WORK