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Boyle's temperature (T(B)) : It is the t...

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?

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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) :

At moderate pressure the compressiblity factor of a particular gas is given by Z=1+0.34p-170p/T where p is in bar and T is in kelvin what will be the Boyle's temperature?

Boyle's temperature or Boyle point is the temperature at which a real gas starts behaving like an ideal gas over a particular range of pressure. A graph is plotted between compressibility factor Z and pressure P. What is the deviation of real gas from ideal behaviour in terms of compressibility factor , Z ?

Boyle's temperature or Boyle point is the temperature at which a real gas starts behaving like an ideal gas over a particular range of pressure. A graph is plotted between compressibility factor Z and pressure P. What is the variation of Z with pressure ?

What is Boyle temperature? What would be the value of compressibility factor of a real gas in the low pressure region at its boyle temperature?

The temperature at which real gases obey the ideal gas laws over a wide range of low pressure is called: (a)Critical temperature (b)Inversion temperature (c)Boyle temperature (d)Reduced temperature

At a given temperature T, gases Ne, Ar, Xe and Kr are found to deviate from ideal gas behavior. Their equation of state is given as P = (RT)/(V-b) at T. Here, b is the van der Waals constant. Which gas will exhibit steepest increase in the plot of Z (compression factor) vs P?

At a given temperature T, gases Ne, Ar, Xe and Kr are found to deviate from ideal gas behavior. Their equation of state is given as P = (RT)/(V-b) at T. Here, b is the van der Waals constant. Which gas will exhibit steepest increase in the plot of Z (compression factor) vs P?