If `V_(0)` is the Volume of a given mass of gas at `273K` at constant pressure, then according to Charles's law, the volume at `10^(@)C` will be:

If V_(0) is the volume of a given mass of gas at 273K at constant pressure, then accoding to Charle's law, the volume at 10^(@)C will be:

If V_(0) is the volume of a given mass of gas at 278 K at a constant pressure then according to Charle's law, the volume at 10^(@)C will be

If V_(0) is the volume of a given mass of gas at 278 K at a constant pressure then according to Charle's law, the volume at 10^(@)C will be

If V_(0) is the volume of a given mass of gas at 273K at a constant pressure then according to Charles' law, the volume at 10^(@)C will be "______________" .

If V_(0) is the volume of a given mass of gas at 273K at a constant pressure then according to Charles' law, the volume at 10^(@)C will be "______________" .

If V_0 is the volume of a given mass of gas it 273 K at a constant them according to Charles law, the volume at 10^@C will be

Volume coefficient according to Charles' law is .

At what temperature would the volume of a given mass of a gas at constant pressure will be twice of its volume at 0^(@)C

At what temperature would the volume of a given mass of a gas at constant pressure be twice to its volume at 0^@C