Please help me with this problem : The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.

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Avni Chauhan · Answer

please provide the reaction as well.

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Please help me with this problem : The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.

Please help me with this problem :

The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.

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Please help me with this problem : The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.

Please help me with this problem : The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.

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Please help me with this problem :

The equilibrium concentration of A, B and C for the reaction A=B+C are 4.6, 2.3 and 2.3 mole/lt. respectively at 25℃. If 2 moles/litre of A are removed calculate the equilibrium concentration of A, B and C at the same temperature.