For the equilibrium CH3−CH2−CH2−CH3(g)⇌CH3−−|HCH3|CCH3(g) equilibrium constant is found to be 1.732 at 298K. Now if in a vessel at 298K, a mixture of these two gases be taken as represented by the point P in the figure, predict what will happen
Immediately, above equilibrium will be setup
Above reaction will go in the forward direction till it attains equilibrium
Above reaction will go in the backward direction till it attains equilibrium
Nothing can be said
A
Immediately, above equilibrium will be setup
B
Above reaction will go in the forward direction till it attains equilibrium
C
Above reaction will go in the backward direction till it attains equilibrium
D
Nothing can be said
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Q1
For the equilibrium CH3−CH2−CH2−CH3(g)⇌CH3−−|HCH3|CCH3(g) equilibrium constant is found to be 1.732 at 298K. Now if in a vessel at 298K, a mixture of these two gases be taken as represented by the point P in the figure, predict what will happen
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Q2
For the equilibrium, equilibrium constant is found to be 1.732 at 298K. Now if in a vessel at 298K, a mixture of these two gases be taken as represented by the point P in the figure, predict what will happen.
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Q3
For the equilibrium;
Diagram
Equilibrium constant is found to be 1.732 at 298K. Now if in a vessel at 298K, a mixture of these two gases be taken as represented by the point P in the figure, predict what will happen.
Diagram
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Q4
CH3−CH2−CH3(g)→P+CH4(g)
Identify P in the given reaction.
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Q5
In the reaction : CH3−CH3|CH−CH2−O−CH2−CH3+HI→.....