# How to Solve Reasoning Inequality Questions – Tips & Short Trick for Bank Exam

How to Solve Reasoning Inequality Questions – Tips & Short Trick for Bank Exam, IBPS Clerk Reasoning Coded Inequalities Quiz, Reasoning Questions Based on Inequality for SBI, IBPS, RRB, Railway, SSB, LIC, NIACL, Bank Exam

How to Solve Reasoning Inequality Questions : – Reasoning Ability is an important section for the any kind of competitive exams. With the increasing complexity of questions, it becomes hard for one to give it the cold shoulder. The only way to make the grade in this particular section in the forthcoming IBPS, RRB, SBI, LIC, Railway and others exams is to practice continuously with all your heart and soul. And, to let you practice with the best of the latest Exam questions, You can also check the Reasoning Quiz based on the exact same pattern of questions that are being asked in the exams.

Each one of you has seen signs such as “>”, “”, “” etc. at some point of time or other.

## Tips & Tricks to Solve Reasoning Inequality Questions Answers pdf

And all those who had math’s in their high school are thoroughly acquainted with the concept and comfortable in solving problems of Inequalities. So, for all those who have little or no idea about them, I will give you a brief introduction about this concept that will be sufficient to solve problems which is the essence of the discussion of this article.

 Signs used to denote Inequality Meaning If a ≥ b, then ‘>’ denotes greater than or equal to, i.e. a is greater than b or at least b If a ≤ b, then ‘≤’ denotes less than or equal to, i.e. a is less than b or at most b If a ≠ b, then ≠ denotes not equal to, i.e. a is not equal to b Strict Inequalities If a > b, then ‘>’ denotes greater than, i.e. a is greater than b If a < b, then ‘<’ denotes less than, i.e. a is less than b

### Properties of Inequalities Reasoning for Bank, SSC Exam

 Property ≥ ≤ Addition If a ≥ b, then a + c ≥ b + c If a ≤ b, then a + c ≤ b + c Subtraction If a ≥ b, then a – c ≥ b – c If a ≤ b, then a – c ≤ b – c Multiplication If a ≥ b, then ac ≥ bc, where c>0 If a ≤ b, then ac ≤ bc, where c>0 Division If a ≥ b, then a/c ≥ b/c, where c>0 If a ≤ b, then a/c ≤ b/c, where c>0 Transitivity If a ≥ b and b ≥ c then, a ≥ c If a ≤ b and b ≤ c then, a ≤ c Inverse Additive If a ≥ b, then -a ≤ -b, if a>0, b>0 If a ≤ b, then -a ≥ -b, if a>0, b>0 Multiplicative If a ≥ b, then 1/a ≤ 1/b, if a>0, b>0 If a ≤ b, then 1/a ≥ 1/b, if a>0, b>0

Dear Readers, in this post we are going to share the complete details regarding the Reasoning Inequalities problem and questions and solution pdf. Also check upcoming Banking exams like IBPS Clerk & Probationary Officer and other Banking Exams. Reasoning Inequalities quiz contains important questions which match the pattern of IBPS Clerk and Probationary Officer and other Banking Exams, so make sure you attempt today’s IBPS, SBI, RRB Reasoning Quiz to check your preparation level.

### IBPS Clerk Reasoning Coded Inequalities

Example. 1

In the following questions, the symbols @, ©, #, \$ and ⋆ are used with the following meaning illustrated.

‘P © Q’ means ‘P is not smaller than Q’.

‘P ⋆ Q’ means ‘P is neither greater than nor smaller than Q’.

‘P @ Q’ means ‘P is neither greater than nor equal to Q’.

‘P # Q’ means ‘P is neither smaller than nor equal to Q’.

‘P %Q’ means ‘P is not greater than Q’.

Statement:

U ⋆ V, V @ W, W % Z

Conclusions:

1. Z @ U
2. W # U

III.        Z # V

• Only I and II are true
• Only II and III are true
• Only I and III are true
• All are true
• None of these

Solution

From the given statements following table is drawn:

Given statements are: U ⋆ V, V @ W, W % Z

i.e U = V, V

On combining these, U = V

Now given conclusions are:

1. Z @ U — Z U)
2. W # U — W > U (True)

III.        Z # V — Z > V (True)

Q (2-6) Based on the given data answer the following questions

‘P \$ Q’ means ‘P is not smaller than Q’

‘P @ Q’ means ‘P is neither smaller than nor equal to Q’

‘P # Q’ means ‘P is neither greater than nor equal to Q’

‘P & Q’ means ‘P is neither smaller than nor greater than Q’

‘P * Q’ means ‘P is not greater than Q’

Questions: – 2 Which of the given symbols can be placed in blank spaces respectively (in the same order from left to right) such that all the three expressions V\$F, T#V and E@T definitely holds true? H_T_F_E_V

• \$, #, &, *
• #, #, *,*
• \$, #, *, &
• Either 1 or 2 or 3
• None of the above

Answer – 4. Either 1 or 2 or 3

Explanation :

Either 1 or 2 or 3 satisfies

H≥T<F=E≤V

H<T<F≤E≤V

H≥T<F≤E=V

Questions 3 Which of given symbols can be placed in blank spaces respectively (in the same order from left to right) such that all the expression M@W is definitely true and Either W&N or W#N is true? N_B_W_H_M

Latest Current Affairs

• &, \$, @, #
• &, &, #, *
• \$, \$, *,*
• \$, &, *,&
• &, \$, #, *

Answer – 5. &, \$, #,

Explanation :

N=B≥W<H≤M

Question: – 4  What symbol will come in between K and N such that all the given expressions R@K, K\$N, K*R, M\$N are definitely false? M\$K_N*R

• #
• \$
• *
• @
• &

Explanation :

M≥K>N≤R

Question 5  Statements: D\$E; F@M; D\$O; E\$F; N&E

Conclusions:

1. F@O
2. O@E

III. E@M

1. N@D
• Only I is true
• Only II is true
• Only III is true
• Either II or III is true
• None

Answer – 3. Only III is trueExplanation :

D≥E; F>M; D≥O,E≥F; N=E

Questions: – 6 Which of the given symbol must be placed in blank which is between T and F such that all the three expressions V\$F, T#V and E@T definitely holds true? H_T_F_E_V

• &
• *
• @
• \$
• #

Explanation

To satisfy V\$F, # must be between T and F only

Question: – 7. In which of the following expressions ‘A>R’ doesn’t hold true?

• A>T=P≥Q; R<J=Q 2. A>B>J=I; R<J
• R≤S≤L=V<A
• P<L≤A≤T; R≥N>B
• A>B≥D=G≥Y>R

Question: – 8  In which of the following expressions does the expression ‘O≤Z’ is definitely true?

• E≥O≤S=B<Y≤Z
• U≥Z≥T=X≤B≥O
• Z≥P=J≥W=Y≥O
• H≥O=X<Y≤T≤Z 5. O≥D>R≥E=N≤Z

Question 9 Statements: M≥N≥O>P≤Q≤R

Conclusions: i. M>Q, ii. N≤R

• Only I is true
• Only II is true
• Either I or II true
• Neither I nor II is true
• Both I and II are true

Answer – D Neither I nor II is true

Question 10  Which of the following expression is definitely true based on A<R≤N=Y≥F, Q≥Y<P; R>L<K

• Q>R
• Q=R
• Q<R
• RQ
• Q>L