Option (a) M < G ≤ T > Y = O ≥ P ≤ Q ≤ R
Here, M < G ≤ T > Y = O ≥ P ≤ Q ≤ R. Here, the definite relation between M and O cannot be determined.
M < G ≤ T > Y = O ≥ P ≤ Q ≤ R. Here, the definite relation between Q and T cannot be determined.
So, option (a) is incorrect.
Option (b) M < G ≤ T ≥ Y = O ≥ P > Q ≤ R
Here, M < G ≤ T ≥ Y = O ≥ P > Q ≤ R. Here, the definite relation between M and O cannot be determined.
M < G ≤ T ≥ Y = O ≥ P > Q ≤ R. Here, T > Q.
So, option (b) is incorrect.
Option (c) M < G ≤ T = Y = O ≥ P > Q ≤ R
Here, M < G ≤ T = Y = O ≥ P > Q ≤ R. Here, O > M.
M < G ≤ T = Y = O ≥ P > Q ≤ R. Here, T > Q
So, option (c) is correct.
Option (d) M < G ≤ T ≤ Y = O ≥ P ≥ Q ≤ R
Here, M < G ≤ T ≤ Y = O ≥ P ≥ Q ≤ R. Here, O > M.
M < G ≤ T ≤ Y = O ≥ P ≥ Q ≤ R. Here, the definite relation between Q and T cannot be determined.
So, option (d) is incorrect.
Option (e) M < G ≤ T < Y = O ≥ P ≥ Q ≤ R
Here, M < G ≤ T < Y = O ≥ P ≥ Q ≤ R. Here, O > M.
M < G ≤ T < Y = O ≥ P ≥ Q ≤ R. Here, the definite relation between T and Q cannot be determined.
So, option (e) is incorrect.