A graph is plotted between `PV_(m)` along Y-axis and P along X-axis, where `V_(m)` is the molar volume of a real gas. Find the intercept along Y-axis.

A graph is plotted between PV_(m) along Y-axis and P along X-axis whre V_(m) is the molar volume of a real gas Find the intercept along Y-axis .

A graph is plotted by taking pressure along y-axis and centigrade temperature along X-axis for an ideal gas at constant volume. x intercept of the graph is

A graph is plotted with PV/T on y-axis and mass of the gas along x-axis for different gases. The graph is

If a graph is plotted by taking spectral emissive power along y-axis and wavelength along X-axis then the area below the graph above wavelength axis is

By plotting log x/m on y-axis and log P on x-axis we s hould get

if we move along y-axis then find the value of abscissa.

A graph is drawn with (1)/(u) along x-axis and (1)/(v) along the y-axis. If the intercept on the x-axis is 0.5 m^-1 , the focal length of the mirror is (in meter).

Draw the graph of straight line y = - 2x + 3 use your graph of find : the intercept on y-axis

a graph between prssure P (along y-axis) and absolute temperature, T(along x-axis) for equal moles of two gases has been drawn . Given that volume of second gas is more than volume of first gas. Which of the following statement is correct?

A graph is plotted for gas 'C' , by putting its weight (in gm) on X-axis and the Volume (L) of gas at NTP on Y-axis. Select the correct statement :