The pressure volume work for an ideal gas can be calculated by using the expression `w=-int_(V_(i))^(v_(f))Pex dV`. The work can also be calculated from the pV-plot by using the area under the curve within the specified limits. When an ideal gas is compressed (a) reversibly or (B) irreversibly from volume `V_(i)` to `V_(f)` choose the correct option.

The pressure-volume work for an ideal gas can be calculated by using the expression W=-int_(V_(i))^(V_(f))P_(ex)dV. The work can also be calculated from the pV - plot by using the area under the curve within the specified limits. When an ideal gas is compressed (i) reversibly or (ii) irreversibly from volume V_(i) to V_(f) . Choose the correct option.

The pressure-volume work for an ideal gas can be calculated by using the expression w W=overset(V_2)underset(V_1)intPexDV The work can also be calculated from, the PV plot by using the area under the curve within the specified limits. When an ideal gas is compressed (a) reversibly or (b) irreversibly from volume V_1 to V_2 Choose the correct option

The pressure-volume work for an ideal gas can be calculated by using the expression omega=-underset(upsilon_(1))int overset(upsilon_(1))P_(ex)dV. The work can also be calculated form the Pv, plot by using the area under the curve within the specified limits. When an ideal gas is compressed (a) reversiblity or (b) irrevesibly form volume V_(i) "to"V_(f) choose the correct option:

A gas expands under constant pressure P from volume V_(1) to V_(2) The work done by the gas is