Home
Class 11
CHEMISTRY
The vander waals constant 'b' of a gas i...

The vander waals constant 'b' of a gas is 41 x 10-4 L/mol. The radius ur gu scientific notation as z 10-9 cm. Calculate the value of z. (Given Na = 6 x 1023) For a fixed amount of real gas when a graph of z v/s P was plotted then at very high pressure slope was observed to be 0.01 atm-1. At the same temperature if a graph is plotted b/w PV v/s P then for 2 moles of the gas 'Y' intercept is found to be 40 atm-liter. Calculate excluded volume in litres for 20 moles of the real gas.

Promotional Banner

Similar Questions

Explore conceptually related problems

For a fixed amount of real gas when a graph of z v//s p was plotted than at very high pressure slope was observed to be 0.01 atm^(-1) . At the same temperature if a graph is plotted b//w pv v//s P then for 2 moles of the gas 'Y' intercept is found to be 40 atm-litre. calculate excluded volume in litres for 20 moles of the real gas.

For a fixed amount of a real gas when a graph of Z us P was plotted then at very high pressure slope was observed to be 0.01 atm^(-1) . At the same temperature if a graph is plotted between PV us P then for 2 moles of the gas the y intercept is found to be 40 atm-litre. Calculate excluded volume in litres for 20 moles of the real gas/

The vander waals constatn 'b' of a gas is 4 pi xx 10^(-4) L//mol . The radius of gas atom can be expressed in secientific notation as z = 10^(-9)cm . Calculate the value fo z .(Given N_(A) = 6 xx 10^(23))

The vander waals constatn 'b' of a gas is 4 pi xx 10^(-4) L//mol . The radius of gas atom can be expressed in secientific notation as z = 10^(-9)cm . Calculate the value fo z .(Given N_(A) = 6 xx 10^(23))