Correct Answer: G < Q

Solution : Given:
(I) G = E < D < R
(II) E = Y > K > Q

By comparing the equations (I) and (II), we get→R > D > G = E = Y > K > Q
Let's check each option –
First option: G < Q
From the equation, it is evident that G = E and E is greater than Q which means G is greater than Q. So, this is incorrect.
Second option: R > Q
From the equation, it is evident that G = E, R is greater than G and E is greater than Q. So, R is greater than Q is correct.
Third option: G < R
From the equation, it is evident that G = E and R is greater than G. So, this is correct.
Fourth option: Y < R
From the equation, it is evident that G = E and Y and R is greater than G. So, R is greater than Y is correct.

So, only the first option doesn't satisfy the equation. Hence, the first option is correct.