The tyre of a motor car contains air at `15^@C`. If the temperature increases to `35^@C` , the approximate percentage increase in pressure is (ignore expansion of tyre)

The tyre of a motor can contains air at 15^(@)C if the temperature increases to 35^(@)C , the approximate percentage increase in pressure is (ignore be expansion of tyre)

The volume of air increases by 10% in the adiabatic expansion. The approximate percentage decrease in its pressure will be: (Assume gamma = 1.4 )

The volume of air increases by 10% in the adiabatic expansion. The approximate percentage decrease in its pressure will be: (Assume gamma = 1.4 )

A motorist inflates the tyres of her car to a pressure of 180 kPa on a day when the temperature is -8^(@)C . When she arrives at her destination, the tyres pressure increased to 245 kPa. What is the temperature of the tyres if we assume that the tyres expand by 7%?

When the pressure of a gas contained in a closed vessel is increased by 0.4% , the temperature increased by 1^@C . The initial temperature was :

Air pressure in a car tyre increase during driving. Explain.