A large flask contains air at 27° C . In order to expel half the mass of air from the flask, the flask should be heated upto what temperature:-

Question

A large flask contains air at 27° C . In order to expel half the mass of air from the flask, the flask should be heated upto what temperature:- (A) 127° C (B) 327° C (C) 227° C (D) 183° C

Tardigrade Admin · Accepted Answer

Pressure and volume are constant μ T= constant μ 1T1=μ 2T2 ⇒ μ (.300.)=((μ /2))T2 T2=600K=327° C

Q. A large flask contains air at $2 7^{\circ} C$ . In order to expel half the mass of air from the flask, the flask should be heated upto what temperature:-

$12 7^{\circ} C$

$32 7^{\circ} C$

$22 7^{\circ} C$

$18 3^{\circ} C$

Pressure and volume are constant
$μ T =$ constant
$μ_{1} T_{1} = μ_{2} T_{2}$
$\Rightarrow μ (300) = (\frac{μ}{2}) T_{2}$
$T_{2} = 600 K = 32 7^{\circ} C$

Q. A large flask contains air at 27∘C . In order to expel half the mass of air from the flask, the flask should be heated upto what temperature:-

127∘C

327∘C

227∘C

183∘C