Does the number of moles ofreaction products increae, decrease or remain same when each of te following equilibria is subjected to a decrease in pressure by increasing the volume?
`CaO(s) + CO_2(g) hArr CaCO_3(s)`

Does the number of moles ofreaction products increae, decrease or remain same when each of te following equilibria is subjected to a decrease in pressure by increasing the volume? 3Fe(s) + 4H_2O(g) hArr Fe_3O_4(s) +4H_2(g)

Does the number of moles ofreaction products increae, decrease or remain same when each of te following equilibria is subjected to a decrease in pressure by increasing the volume? PCl_5(g) hArr PCI_3(g) + CI_2(g)

Find out the value of K_c for each of the following equilibria from the value of K_p : CaCO_3 (s) hArr CaO(s) + CO_2(g) , K_p=167 at 1073 K

Which of the following reactions will get affected by increasing the presure ?Also mention whether change will cause the reaction to go into forward or backward direction. CO_2(g) + C(s) hArr 2CO(g)

Which of the following reactions will get affected by increasing the pressure ?Also mention whether change will cause the reaction to go into forward or backward direction. CaCo_3(s)hArr CaO(s)+CO_2(G)

Which of the following reactions will get affected by increasing the pressure ?Also mention whether change will cause the reaction to go into forward or backward direction. CH_4(g) + 2S_2(g) hArr CS_2(g) + 2H_2S(g)

Write the expression for the equilibrium constant, K_C for each of the following reactions: 2Cu(NO_3)_2 hArr 2CuO(s) + 4 NO_2(g)

Use your brain power When the above compounds are mixed with water they combine with water. Complete the following table by writing the ions formed by their combination with water. NH_(3(g))+H_2 O_(l) to NH_4(aq)^+ +OH_(aq)^- . Na_2 O_(s)+……to 2Na_(aq)^+ +…… . CaO_(s)+H_2 O_(l) to ........ +……

State whether DeltaS is positive, negative or zero for the following reactions. CaCO_3(s)oversetDeltararrCaO(s)+CO_2(g)

In the equilibrium reaction involving then diansociation of CaCO_3(s) : CaCO_3(s) hArr CaO (s) + CO_2 (g) , the equilibrium constant is given by