Question

A statement is given, followed by four conclusions given in the options. Find out which conclusion is true based on the given statement.

Statement: G < D < R = T > Y > Q = H

• A. H>T
• B. R<G
• C. G=T
• D. D<T

Answer 1

Answer:

D. D<T

Based on the given statement, here is the complete breakdown of definite relationships so you can easily identify the correct option:

Statement: G < D < R = T > Y > Q = H

Definite Relationships (True Conclusions):

• From G, D to R, T:

  • G < R, G < T

  • D < R, D < T

• Between R and T:

  • $R = T$

• From R, T to Y, Q, H:

  • R > Y, R > Q, R > H

  • T > Y, T > Q, T > H

• Between Y, Q, and H:

  • Y > Q, Y > H

  • $Q = H$

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The correct option is D < T.

* H > T (False): Looking at the continuous chain T > Y > Q = H, we can directly deduce that T is strictly greater than H (T > H).

* R < G (False): The statement clearly shows G < D < R. This means R is strictly greater than G (G > R).

* G = T (False): As established above, G < D < R = T, which simplifies to G < T. Therefore, G and T are not equal.

* D < T (True): Looking at the chain D < R = T, we can substitute T for R to directly see that D is strictly less than T.