Boyle's temperature `(T_(B))` : It is the temperature at which a real gas exhibits ideal behavior in low pressure range. Different gases have different value of `T_(B)`, which is related to the van der Wall's constant `a` and `ab` as follows: `T_(B) = (a)/(Rb)`
Select correct statement(s) :

Boyle's temperature (T_(B)) : It is the temperature at which a real gas exhibits ideal behavior in low pressure range. Different gases have different value of T_(B) , which is related to the van der Wall's constant a and ab as follows: T_(B) = (a)/(Rb) The compressiblity factor for a real gas is given as Z = 1 + 0.35 P - (168)/(T)P . Where P is in bar and T is in Kelvin. What is the Boyle's temperature of the gas?

Boyle's temperature (T_(B)) : It is the temperature at which a real gas exhibits ideal behavior in low pressure range. Different gases have different value of T_(B) , which is related to the van der Wall's constant a and ab as follows: T_(B) = (a)/(Rb) The compressiblity factor for a real gas is given as Z = 1 + 0.35 P - (168)/(T)P . Where P is in bar and T is in Kelvin. What is the Boyle's temperature of the gas?

The temperature at which real gases obey the ideal gas laws over a wide range of low pressure is called:

The temperature at which real gases obey the ideal gas laws over a wide range of pressure is called "_____________" temperature.

If two gases have the same value of b but different values of a ( a and b are van der Waals constants), which of the following statements is wrong?

If two gases have the same value of b but different values of a ( a and b are van der Waals constants), which of the following statements is wrong?

If two gases have the same value of b but different values of a ( a and b are van der Waals constants), which of the following statements is wrong?

If two gases have the same value of b but different values of a ( a and b are van der Waals constants), which of the following statements is wrong?