`A+B+Heatharr2C+D` This reversible reaction is in equlibrium. What happens to the amount of products under the following conditions: Temperature is increased

A+B+Heatharr2C+D This reversible reaction is in equlibrium. What happens to the amount of products under the following conditions: B is added in excess

A+B+Heatharr2C+D This reversible reaction is in equlibrium. What happens to the amount of products under the following conditions: C is removed from the system.

A+B+Heatharr2C+D This reversible reaction is in equlibrium. What happens to the amount of products under the following conditions: A suitable catalyst is added.

A,B,C and D are four gases. 2 mole A react with 3 mole B to form 2 mole C and mole D. in this reversible reaction, forward reaction is exothermic. Write the chemical equation for the reaction and answer thefollowing questions. a) If the system is at eqilibrium, what will be the effect of increase in pressure on the system? b) What is the effect of change in temperature?

2NO(g)+O_(2)Leftrightarrow2NO_(2)(g)+Heat in this reaction how do the following changes influence the amount of the product? a) Decrease in temperature b) Increase in pressure c) Increase in concentration of oxygen

2NO(g)+O_2(g)harr2NO_2(g)+heat In this reaction how do the following changes influence the amount of the product: Decrease in temperature

A system at equlibrium is given below. N_(2)(g)+3H_(2)hArr2NH_(3)+Heat a) When does a reversible process attain equlibrium? b) What change occurs in the concentration of reactants and products in a system at equlibrium?

A graph given below deals with the reversible reaction. What does A,B,C indicate?

What is the major product of the following reaction? CH_3 C equiv C-CH_2 CH_3 + 1moleof Cl_2 rarr