Grade 12th pass10 grade science
1 mole of SO_(2) occupies 24 d m^(3) at room temperature and pressure. Calculate the following at room temperature and pressure. i] The mass of 6 litres of SO_(2) ii] The volume occipied by 80 g. of SO_(2) iii] The number of molecules in 0.64 g. of SO_(2) if one mole of SO_(2) contains N molecules iv] The weight of 0.5 gm. molecules of SO_(2) [S = 32, O = 16] [1 dm^(3) = 1 litre].
1 mole of SO_(2) occupies 24 d m^(3) at room temperature and pressure. Calculate the following at room temperature and pressure. i] The mass of 6 litres of SO_(2) ii] The volume occipied by 80 g. of SO_(2) iii] The number of molecules in 0.64 g. of SO_(2) if one mole of SO_(2) contains N molecules iv] The weight of 0.5 gm. molecules of SO_(2) [S = 32, O = 16] [1 dm^(3) = 1 litre].
