**Directions (1 - 5): In the following questions, the symbols @, ©, $, % and # are used with the following meaning as illustrated below:**

==>> Read Inequalities Shortcut trick here

Now, in each of the following questions, assuming the given statement to be true, find which of the three Conclusions I, II and III given below them is/are definitely true and give your answer accordingly :-

**Q1. Statement:**D # K, K@T, T $ M, M % J

**Conclusions:**

**I. J @ T**

II. J % T

III. D @ T

a) Only I is true

b) Only II is true

c) Either I or II is true

d) Either I or II and II are True

**Q2. Statement:**R @ N, N © D, D $ J, J # B

**Conclusions:**

**I. R @ J**

II. J @ N

III. B @ D

a) None is True

b) Only I is true

c) Only II is true

d) Only III is true

b) Only I is true

c) Only II is true

d) Only III is true

**Q3. Statements:**W © B, B & V, V $ R, R @ K**Conclusions:**

**I. K © B**

II. R # B

III. V @ W

a) I and II are true

b) I and III are true

c) II and III are true

d) All III are true

b) I and III are true

c) II and III are true

d) All III are true

**Q4. Statements:**H $ M, M # T, T @ D, D © R

**Conclusions:**

I. D © M

II. R @ M

III. H $ T

a) None is True

b) Only I is True

c) Only II is True

d) Only III is True

e) None of The Above

**Q5. Statements:**B % J, J @ K, K © T, T $ F

**Conclusions:**

**I. F @ K**

II. B @ K

III. B @ F

a) I and II are True

b) I and III are True

c) II and III are True

d) All are True

II. F $ M

III. K © B

a) Only I is True

b) Only II is True

c) Only III is True

d) None is True

###

I. J @ T means J > T

II. J % T means J = T (Either I or II is True)

III. D @ T means D > T (True)

So, It is clear that either Conclusion I or II and III are true.

R > N < D ≤ J

Conclusions

I. R @ J means R > J (False)

II. J @ N means J > N ( True)

III. B @ D means B > D (False)

So, It is clear that only Conclusion II is true

W < B = V ≤ R > K

Conclusions

I. K © B means K < B (False)

II. R # B means R ≥ B (True)

III. V @ W means V > W (True)

So, It is clear that both conclusion II and III are True.

H ≤ M ≥ T > D < R

Conclusions

I. D © M means D < M (True)

II. R @ M means R > M (False)

III. H $ T means H ≤ T (False)

So, it is clear that only Conclusion I is true.

B = J > K < T ≤ F

I. F @ K means F > K (True)

II. B @ K means B > K (True)

III. B @ F means B > F (False)

So, it is clear that both Conclusions I and II are True

F ≥ B ≤ M > K < N

I. N @ M means N > M (False)

II. F $ M means F ≤ M (False)

III. K © B means K < B (False)

So, it is clear that None of The Conclusions is True

b) I and III are True

c) II and III are True

d) All are True

**Q6. Statements: F # B, B $ M, M @ K, K © N****Conclusions:****I. N @ M**II. F $ M

III. K © B

a) Only I is True

b) Only II is True

c) Only III is True

d) None is True

###
**Solution**

**Answer 1 (Option D)**

D

Conclusions**≥ K > T ≤ M = J**I. J @ T means J > T

II. J % T means J = T (Either I or II is True)

III. D @ T means D > T (True)

So, It is clear that either Conclusion I or II and III are true.

**Answer 2 (Option C)**R > N < D ≤ J

**≥ B**Conclusions

I. R @ J means R > J (False)

II. J @ N means J > N ( True)

III. B @ D means B > D (False)

So, It is clear that only Conclusion II is true

**Answer 3 (Option C)**W < B = V ≤ R > K

Conclusions

I. K © B means K < B (False)

II. R # B means R ≥ B (True)

III. V @ W means V > W (True)

So, It is clear that both conclusion II and III are True.

**Answer 4 (Option B)**H ≤ M ≥ T > D < R

Conclusions

I. D © M means D < M (True)

II. R @ M means R > M (False)

III. H $ T means H ≤ T (False)

So, it is clear that only Conclusion I is true.

**Answer 5 (Option A)**B = J > K < T ≤ F

I. F @ K means F > K (True)

II. B @ K means B > K (True)

III. B @ F means B > F (False)

So, it is clear that both Conclusions I and II are True

**Answer 6 (Option D)**F ≥ B ≤ M > K < N

I. N @ M means N > M (False)

II. F $ M means F ≤ M (False)

III. K © B means K < B (False)

So, it is clear that None of The Conclusions is True

*SBI PO Smart Prep Kit by Ramandeep Singh - Get here*####
*Bank Exams Today Notes*

*Bank Exams Today Notes*

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