Saved Bookmarks
| 1. |
1. If 340 g of mixture of N2, and H2, in the correct ratio gave a 20% yield of NH3,. The produced mass of NH3 would be 2. 4 mol of PCl5g are heated at constant temperature in closed container. If degree of dissociation for PCL5 is 0.5 then calculate total number of moles at equilibrium 3. if the pressure of N2 and H2 mixture in a closed apparatus is 100atm and 20% of the mixture reacts then the pressure at the same temperature would be 4. for the reation C(s) +CO2 gives 2Co(g) the partial pressure of co and co2 are 2 and 4 atm respectively at equilibrium .The kp for the reaction is 5. 2A(g) +B(g) gives product .it is an elementary reation if preasure is increased three times of the initial pressure,the velocity of the forward reation will be how many times of the previous velocity |
| Answer» 1. If 340 g of mixture of N2, and H2, in the correct ratio gave a 20% yield of NH3,. The produced mass of NH3 would be 2. 4 mol of PCl5g are heated at constant temperature in closed container. If degree of dissociation for PCL5 is 0.5 then calculate total number of moles at equilibrium 3. if the pressure of N2 and H2 mixture in a closed apparatus is 100atm and 20% of the mixture reacts then the pressure at the same temperature would be 4. for the reation C(s) +CO2 gives 2Co(g) the partial pressure of co and co2 are 2 and 4 atm respectively at equilibrium .The kp for the reaction is 5. 2A(g) +B(g) gives product .it is an elementary reation if preasure is increased three times of the initial pressure,the velocity of the forward reation will be how many times of the previous velocity | |