Find the volume using Boyle's law — task. Science TNSB Mentoring, Class 10 Crash course.

Solve the given problem:

Keeping the temperature as constant, a gas is compressed 10 times of its initial pressure. The volume of gas in the container changing from 20 \(cc\) (

V_{1}

cc) to

V_{2}

cc.

Find the final volume

V_{2}

Let us consider,

Initial Pressure (

P_{1}

) \(=\) \(P\)

Final Pressure (

P_{2}

) \(=\) 10\(P\) (Since, the final pressure is 10 times of its initial pressure)

Initial Volume (

V_{1}

) \(=\) 20 \(cc\) \(=\) 20

{cm}^{3}

From the data,

is used to solve the problem.

\(P \times V \times T\ =\ Constant\)
\(P \times V \times R\ =\ Constant\)
\(P \times V\ =\ Constant\)
\(\frac{P}{V}\ =\ Constant\)

Substitute the values,

Final volume of the gas \(=\)

{cm}^{3}

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2. Find the volume using Boyle's law

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