Question

at constant pressure, the volume of a gas is 500l at 300k. what is the volume of the gas if temperature is increased to 600k? ​

Answer 1

Given:

• Pressure is constant.
• Initial volume (v1) = 500 L
• Initial temperature(T1) = 300 K.
• Final temperature (T2) = 600 K.

To find:

The final volume of the gas(v2)

Solution:

Pressure is constant through out the process.

Initial volume(v1) = 500 L.

Initial temperature(T1) = 300 K.

Final temperature(T2) = 600 K.

From the Charle's law equation we get that,

$\dfrac{v1}{T1} = \dfrac{v2}{T2}$ [ At constant pressure.]

$or, \dfrac{500}{300} = \dfrac{v2}{600}$

$or, \dfrac{v2}{600} = \dfrac{500}{300}$

or, v2 = (500×600)/300

or, v2 = (500×2)

or, v2 = 1000 L.

∴ The volume of the gas will be 1000 L.

Answer:

           The volume of the gas will be 1000 L.