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Longitudinal Stress

According to ...

Question

According to the Charles law
pressure is directly proportional to the temperature.......
In cold days temperature decrease then if the pressure is also decreases in tyre of the vehicle.......????

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Solution

Yes you are absolutely correct in your statement

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Q. As 1.Temperature is directly proportional to pressure
2.Pressure is inversely proportional to Volume

But in summers, let us say at 45^oC if we fill air in tyres of bikes, as the temperature is high, pressure should be high and when pressure becomes high, volume should decrease!

But this does not happen!

Why?

According to Charles's law, the volume of a gas is directly proportional to the number of molecules at constant temperature and pressure.

Q. Assertion :The air pressure in a car tyre increases during driving. Reason: Temperature of air in the tyre increases due to friction of tyre with road. Increase in temperature results in an increase in pressure according to Charle's law.

Q. The pressure of a definite mass of a gas is directly proportional to the temperature and inversely proportional to the volume under the given conditions. If the temperature is increased by

40 %

and the volume is decreased by

20 %

then the new pressure will:

Q. At constant volume, pressure is directly proportional to the temperature, this law is popularly known as :

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