Question

At 27°C the velocity of sound in a gas is 330 m/s
e me temperature of the ans increased to 327 degree Celsius then the velocity is ​

Answer 1

Answer:

3,996.66 m / sec

Explanation:

Let the velocity be x m / sec in 327 C.

Given :

Velocity is 330 m / sec in 27 C.

Temperature is directly proportional to Kinetic energy .

Thus temperature ratio with velocity will be equal :

327 / x = 27 / 330

x = 327 × 330 / 27

x = 1,07,910 / 27 m / sec

x = 3,996.66 m / sec

Hence we get answer .

Answer 2

Solution:

Given:

=> Velocity of sound in gas at 27°C = 330 m/s.

To Find:

=> Velocity at 327°C.

Let velocity at 327°C be x,

So,

$\sf{\implies \dfrac{27}{330}=\dfrac{327}{x}}$

$\sf{\implies \dfrac{330 \times 327}{27} = x}$

$\sf{\implies x = 3996.6\;m/s}$

${\boxed{\boxed{\bf{So,\;velocity\;at\;327^{\circ}C=3996.6\;m/s}}}}$