The cirtical constant for water are `374^(@)C` 218 atm and 0.0566 liter `mo1^(-1)` Calculate a,b and `R` .

The critical constants for water are 374^(@)C , 218 atm and 0.0566 litre mol^(-1) . Calculate a' and b' of water

The critical constants for water are 374^(@)C , 218 atm and 0.0566 litre mol^(-1) . Calculate a' and b' of water

The critical constants for water are 374^(@)C , 218 atm and 0.0566 litre mol^(-1) . Calculate a' and b' of water

The critical constants for water are 374^(@)C , 218 atm and 0.0566 litre mol^(-1) . Calculate a' and b' of water

The critical constants for water are 374^(@)C , 218 atm and 0.0566 litre mol^(-1) . Calculate a' and b' of water

The critical constant for water are 374^@C , 218 atm and 0.0566 L mol^(-1) . Calculate a, b and R.

The critical constants for water are 647 K , 22.09 MPa , and 0.0566 dm^(3) mol^(-1) . Calculate the values of a , b and R and explain the abnormal value of R .

The critical constants for water are 647 K , 22.09 MPa , and 0.0566 dm^(3) mol(-1) . Calculate the values of a , b and R and explain the abnormal value of R .

van der Waals constants a and b for hydrogen are 0.246 atm liter^(2) mo1^(-2) and 0.0267 litre mo1^(-1) respectively Calculate inversion temperature and Boyle's temperature of H_(2) gas .