Home
Class 12
CHEMISTRY
At high temperature and low pressure vad...

At high temperature and low pressure vad der Waal's equation can be expressed as

A

`(P+(a)/(V^(2)))=RT`

B

PV=RT

C

P(V-b)=RT

D

`(P+(a)/(V^(2)))` (V-b)=RT

Text Solution

Verified by Experts

Promotional Banner

Topper's Solved these Questions

  • CHEMISTRY AT A GLANCE

    ALLEN|Exercise INORGANIC CHEMISTRY|300 Videos
  • CHEMISTRY AT A GLANCE

    ALLEN|Exercise ORGANIC CHEMISTRY|472 Videos
  • Chemical Equilibrium

    ALLEN|Exercise All Questions|30 Videos
  • ELECTROCHEMISTRY

    ALLEN|Exercise EXERCISE -05 [B]|38 Videos

Similar Questions

Explore conceptually related problems

At high temperature and low pressure van der Waal's equation becomes

In the van der Waals equation

van der Waal's equation is true for

At low pressure, the van der Waals equation is reduced to

At a particular temperature and pressure for a real gas Van der Waal's equation can be written as: (P + a/(V^(2)m)) (V_(m) -b) =RT where Vm is molar volume of gas. This is cubic equation in the variable Vm and therefore for any single value of P & T there should be 3 values of Vm. Which are shown in graph as Q, M and L. As temperature is made to increase at a certain higher temperature the three values of Vm becomes identical. The temperature, pressure & molar volume at point X are called Tc, Pc & Vc for real gas. The compressibility factor in terms of Pc, Vc and T is called Zc. The expression of Van dcr Waal's constant 'a' can be given as

A gas described by van der Waals equation

A gas described by van der Waals equation

Van der Waal's equation at high pressure for 1 mole is

The van der Waals equation for CH_(4) at low pressure is

van der Waal's equation explains the behaviour of