An ideal gas of given mass is heated first in a small vessel (I) and then in a large vessel (II). A plot between p v s T are plotted for (I) and (II). The correct p-T curves in I and II conditions is

Question

An ideal gas of given mass is heated first in a small vessel (I) and then in a large vessel (II). A plot between p v s T are plotted for (I) and (II). The correct p-T curves in I and II conditions is (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

In vessel (I), volume is small (V1), while in second vessel volume is large (V2). From Gay Lussac's law, p propto T( at constant V) The correct p - T plot is given below.

Q. An ideal gas of given mass is heated first in a small vessel (I) and then in a large vessel (II). A plot between $p v s T$ are plotted for (I) and (II). The correct $p - T$ curves in I and II conditions is

In vessel (I), volume is small $(V_{1})$ ,
while in second vessel volume is large $(V_{2})$ .
From Gay Lussac's law, $p \propto T ($ at constant $V)$
The correct $p$ - $T$ plot is given below.

Q. An ideal gas of given mass is heated first in a small vessel (I) and then in a large vessel (II). A plot between pvsT are plotted for (I) and (II). The correct p−T curves in I and II conditions is

In vessel (I), volume is small (V1​), while in second vessel volume is large (V2​). From Gay Lussac's law, p∝T( at constant V) The correct p - T plot is given below.

Q. An ideal gas of given mass is heated first in a small vessel (I) and then in a large vessel (II). A plot between $p v s T$ are plotted for (I) and (II). The correct $p - T$ curves in I and II conditions is

In vessel (I), volume is small $(V_{1})$ ,
while in second vessel volume is large $(V_{2})$ .
From Gay Lussac's law, $p \propto T ($ at constant $V)$
The correct $p$ - $T$ plot is given below.