A given mass of gas occupied a volume of 500ml at 30°c. to what temperature must the gas be heated to make its final volume as 550ml. Assume that pressure of the gas remains constant
Answers
Given:
A given mass of gas occupied a volume of 500 ml at 30°C
Assume that pressure of the gas remains constant
To find:
To what temperature must the gas be heated to make its final volume as 550ml?
Solution:
The initial volume of the given gas = 500 ml
The initial temperature of the given gas = 30°C = 30 + 273 K = 303 K
The final volume of the given gas = 550 ml
Let's assume "T₂" represents the final volume of the gas.
We know that,
At constant pressure, the volume of a gas varies directly with its temperature(in Kelvin).
→ V ∝ kT ←
→ = k
So, we get the equation representing the Charles' Law as:
where
"V₁" → Initial Volume
"T₁" → Initial Temperature
"V₂" → Final Volume
"T₂" → Initial Temperature
Now, substituting V₁ = 500 ml, T₁ = 303 K & V₂ = 550 ml in the above equation of the law, we get
We will convert the temperature in Kelvin to Celcius
i.e., 333.3 K = 333.3 - 273 = 60.3 °C
Thus, assuming that pressure of the gas remains constant, the gas must be heated to a temperature of 60.3 °C to make its final volume as 550 ml.
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