Finding Work Using PV Plots

In given PV graph process CA is adiabatic. Find work done in process CA if gas is diatomic ( gamma = 1.4 )

Stopping potential [V volts] is plotted against frequancy of light used [vec] . Find work function (eV)

David Tilman's long-term ecosystem experiments using outdoor plots showed that

Pressure and volume of a gas changes from (p_0V_0) to (p_0/4, 2V_0) in a process pV^2= constant. Find work done by the gas in the given process.

The stopping potential as a function of the frequency of the incident radiation is plotted for two different photoelectric surfaces A and B . The graphs show that work function of A is

What is the nature of curve by plotting P against PV at constant temperature for a gas ? What is the name assigned to this curve ?

What type of graph would you get when PV is plotted against P at constant temperature ?

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:

Figure shows a plot whose dimensions are given. Find the perimeter of the plot.