Distillation of water and heat will define the equilibrium point, but the ring proximity thing will make both reverse and forward reactions faster?
12.
In order to increase the rate of forward reaction, the formed water must be removed from reaction media by either azeotropic distillation or adsorption.
13.
I think that it speeds up either the forward reaction or the backward reaction, but not both as seems to be suggested in some places.
14.
:To use energy for propulsion one must also have reaction mass; one must propel some matter backwards in order to get a forward reaction.
15.
Adding a catalyst will affect both the forward reaction and the reverse reaction in the same way and will not have an effect on the equilibrium constant.
16.
As in transesterification, using a large excess of reactant ( water ) or removing one of the products ( the alcohol ) can promote the forward reaction.
17.
At high temperatures, the forward reaction is therefore endergonic, favoring the ( exergonic ) reverse reaction toward CO, even though the forward reaction is still exothermic.
18.
At high temperatures, the forward reaction is therefore endergonic, favoring the ( exergonic ) reverse reaction toward CO, even though the forward reaction is still exothermic.
19.
The flux of the metabolites through each reaction ( J ) is the rate of the forward reaction ( Vf ), less that of the reverse reaction ( Vr ).
20.
As the concentration of CO is increased, the frequency of successful collisions of that reactant would increase also, allowing for an increase in forward reaction, and generation of the product.
