To what temperature must a neon gas sample be heated to double its pressure, if the initial volume of gas at `75^(@)C` is decreased by 15.0% by cooling the gas

At what temperature, the sample of neon gas would be heated to double of its pressure, if the initial volume of gas is reduced by 15% at 75^(@)C ?

Initial temperature of an ideal gas is 75^(@)C. At what temperature, the sample of neon gas would be heated to double its pressure, if the initial volume of gas is reduced by 15%?

Initial temperature of an ideal gas is 75^(@)C. At what temperature, the sample of neon gas would be heated to double its pressure, if the initial volume of gas is reduced by 15%?

Initial temperature of an ideal gas is 75^(@)C. At what temperature, the sample of neon gas would be heated to double its pressure, if the initial volume of gas is reduced by 15%?

At what temperature, the sample of neon gas would be heated to double of its pressure, if the initial volume of gas is/are reduced to 15% at 44.4 K

To what temperature in .^(@)C a gas has to be heated to produce 10% change in volume at constant pressure, if the initloa temperature of the gas is at 0^(@)C ?

The temperature of an ideal gas is 340 K. the gas is heated to a temperature at constant pressure. As a result, its volume increases by 18%. What is the final temperature of the gas?