at constant pressure, the volume of a gas is 500l at 300k. what is the

1.	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» 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.

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»

The final volume of the gas(v2)

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.

The volume of the gas will be 1000 L.