The volume of a sample of an ideal gas is doubled while the temperature stays unchanged. 1.315 atm is the new pressure if the initial pressure was 2.63 atm.
We have an ideal gas sample with a known volume (V1) at a predetermined pressure (P1 = 2.63 atm) and temperature. The volume doubles (V2 = 2 V1) while the temperature stays the same. Boyle's law, which states that the pressure and volume of an ideal gas have an inverse relationship, can be used to calculate the new pressure (P2). The force perpendicularly applied to an object's surface divided by the area over which it is dispersed is known as pressure. The gauge pressure, also known as gauge pressure for ideal gas , is the pressure in relation to the surrounding air pressure.
P2= P1*V1/2V1
P2 = P1 *1/2(1)
P2 = 2.63/2
P2 = 1.315 atm
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