# IBPS

Explore popular questions from Algebraic Expressions and Inequalities for IBPS. This collection covers Algebraic Expressions and Inequalities previous year IBPS questions hand picked by experienced teachers.

## Hindi Language

Algebraic Expressions and Inequalities

Correct Marks 4

Incorrectly Marks -1

Q 1. Two-fifths of one-fourth of three-sevenths of a number is {tex}15{/tex}. What is half of that number?

A

96

B

196

C

94

D

188

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 2. {tex}\mathrm{I.}{/tex} {tex} 20 \mathrm { P } ^ { 2 } + 31 \mathrm { P } + 12 = 0 \quad {/tex} {tex}\mathrm {II.}{/tex} {tex} 21 \mathrm { Q } ^ { 2 } + 23 \mathrm { Q } + 6 = 0 {/tex}

If {tex} \mathrm { P } < \mathrm { Q } {/tex}

B

If {tex} \mathrm { P } > \mathrm { Q } {/tex}

C

If {tex} \mathrm { P } \leq \mathrm { Q } {/tex}

D

If {tex} \mathrm { P } \geq \mathrm { Q } {/tex}

E

If {tex}\mathrm P = \mathrm Q {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 3. If the ages of {tex} P {/tex} and {tex} R {/tex} are added to twice the age of {tex} Q {/tex}, the total becomes {tex} 59 . {/tex} If the ages of {tex} Q {/tex} and {tex} R {/tex} are added to thrice the age of {tex} P , {/tex} the total becomes {tex}68{/tex} . And if the age of {tex} P {/tex} is added to thrice the age of {tex} Q {/tex} and thrice the age of {tex} R , {/tex} the total becomes {tex}108{/tex} . What is the age of {tex} P ? {/tex}

A

{tex}15{/tex} years

B

{tex}19{/tex} years

C

{tex}17{/tex} years

{tex}12{/tex} years

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 4. The sum of the digits of a two-digit number is {tex} 1 / 11 {/tex} of the sum of the number and the number obtained by interchanging the position of the'digits. What is the difference between the digits of that number?

A

3

B

2

C

6

Data inadequate

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 5. In each of the following questions two equations are given. You have to solve them and Give answer
I. {tex} \quad p ^ { 2 } - 7 p = - 12 {/tex}
II. {tex} \quad q ^ { 2 } - 3 q + 2 = 0 {/tex}

A

if {tex} p < q {/tex}

if {tex} p > q {/tex}

C

if {tex} p \leq q {/tex}

D

if {tex} p \geq q {/tex}

E

if {tex} p = q {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 6. In each question one or more equation(s) is (are) provided. On the basis of these you have
(i) {tex} \quad \frac { 5 } { 28 } \times \frac { 9 } { 8 } p = \frac { 15 } { 14 } \times \frac { 13 } { 16 } q {/tex}

A

(a) if {tex} p = q {/tex}

if {tex} p > q {/tex}

C

if {tex} q > p {/tex}

D

if {tex} p \geq q {/tex}

E

if {tex} q \geq p {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 7. In each of these questions two equations
are given. You have to solve these equations and Give answer
I. {tex} \quad x ^ { 2 } - 6 x = 7 {/tex}
II. {tex} 2 y ^ { 2 } + 13 y + 15 = 0 {/tex}

A

if {tex} x < y {/tex}

if {tex} x > y {/tex}

C

if {tex} x = y {/tex}

D

if {tex} x \geq y {/tex}

E

if {tex} x \leq y {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 8.

A

if {tex} p = q {/tex}

B

if {tex} p > q {/tex}

if {tex} q > p {/tex}

D

if {tex} p \geq q , {/tex} and

E

if {tex} q \geq p {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 9. The difference between the digits of a two-digit number is one-ninth of the difference between the original number and the number obtained by interchanging positions of the digits. What definitely is the sum of digits of that number?

A

5

B

14

C

12

Data inadequate

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 10. A classroom has equal number of boys and girls. Eight girls left to play Kho-kho, leaving twice as many boy as girls in the classroom. What was the total number of girls and boys present initially?

A

Cannot be determined

B

16

C

24

32

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 11. {tex}\mathrm{I.}{/tex} {tex}4 a ^ { 2 } = 1 {/tex}
{tex}\mathrm{II.}{/tex} {tex} 4 b ^ { 2 } - 12 b + 5 = 0 {/tex}

A

if {tex} a < b {/tex}

if {tex} a \leq b {/tex}

C

if {tex} a \geq b {/tex}

D

if {tex} a = b {/tex}

E

if {tex} a > b {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 12. The price of four tables and seven chairs is {tex} \mathrm {Rs. } 12,090 {/tex}. Approximately, what will be the price of twelve tables and twenty-one chairs?

A

{tex} 32,000 {/tex}

B

{tex} \mathrm{Rs.} 46,000 {/tex}

C

{tex}\mathrm{Rs.} 38,000 {/tex}

{tex}\mathrm{Rs.}36,000{/tex}

E

{tex} \mathrm{Rs.} 39,000 {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 13. The denominator of a fraction is {tex}2{/tex} more than thrice its numerator. If the numerator as well as denominator is increased by one, the fraction becomes {tex} 1 / 3 . {/tex} What was the original fraction?

A

{tex} \frac { 4 } { 13 } {/tex}

{tex} \frac { 3 } { 11 } {/tex}

C

{tex} \frac { 5 } { 13 } {/tex}

D

{tex} \frac { 5 } { 11 } {/tex}

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 14. If the numerator of a fraction is increased by {tex} 2{/tex} and denominator is increased by {tex} 3 , {/tex} the fraction becomes {tex} 7 / 9 {/tex}; and if numerator as well as denominator are decreased by {tex}1{/tex} the fraction becomes {tex} 4 / 5 . {/tex} What is the original fraction?

A

{tex} \frac { 13 } { 16 } {/tex}

B

{tex} \frac { 9 } { 11 } {/tex}

{tex} \frac { 5 } { 6 } {/tex}

D

{tex} \frac { 17 } { 21 } {/tex}

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 15. {tex} \begin{array} { l l } { \text { I. }\quad x ^ { 2 } - 5 x + 6 = 0 } & { \text { II. }\quad y ^ { 2 } + y - 6 = 0 } \end{array} {/tex}

A

if {tex} x < y {/tex}

B

if {tex} x > y {/tex}

C

if {tex} x \leq y {/tex}

if {tex} x \geq y {/tex}

E

if {tex} x = y {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 16. By the how much is two-fifth of {tex}200{/tex} greater than three fifths of {tex} 125 ? {/tex}

A

15

B

3

5

D

30

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 17. Which of the following values of {tex} \mathrm { P } {/tex} satisfy the inequality {tex} P ( P - 3 ) < 4 P - 12 ? {/tex}

A

{tex} P > 4 {/tex} or {tex} P \leq 3 {/tex}

B

{tex} 24 \leq P < 71 {/tex}

C

{tex} P > 13 ; P < 51 {/tex}

{tex} 3 < P < 4 {/tex}

E

{tex} P = 4 , P = + 3 {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 18. {tex}\mathrm{I.}{/tex} {tex} 20 \mathrm { P } ^ { 2 } - 17 \mathrm { P } + 3 = 0 \quad {/tex} {tex}\mathrm{II.}{/tex} {tex} 20 \mathrm { Q } ^ { 2 } - 9 \mathrm { Q } + 1 = 0 {/tex}

A

If {tex} \mathrm { P } < \mathrm { Q } {/tex}

B

If {tex} \mathrm { P } > \mathrm { Q } {/tex}

C

If {tex} \mathrm { P } \leq \mathrm { Q } {/tex}

If {tex} \mathrm { P } \geq \mathrm { Q } {/tex}

E

If {tex}\mathrm P={/tex} {tex}\mathrm Q {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 19. If the digit in the unit's place of a two-digit number is halved and the digit in the ten's place is doubled, the number thus, obtained is equal to the number obtained by interchanging the digits. Which of the following is definitely true ?

A

Digits in the unit's place and the ten'splace are equal.

B

Sum of the digits is a two-digit number.

C

Digit in the unit's place is half of the digit in the ten's place.

Digit in the unit's place is twice the digit in the ten's place.

E

None of these

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 20. In each question below one or more equation(s) is/are provided. On the basis of these, you have to find out relation between {tex} \mathrm { p } {/tex} and {tex} \mathrm { q } {/tex}.
{tex}\mathrm {I.}{/tex} {tex} \quad 4 q ^ { 2 } + 8 q = 4 q + 8 {/tex}
{tex}\mathrm{II.}{/tex} {tex} \quad p ^ { 2 } + 9 p = 2 p - 12 {/tex}

A

if {tex} p = q , {/tex}

B

if {tex} p > q , {/tex}

if {tex} q > p , {/tex}

D

if {tex} p \geq q {/tex}

E

if {tex} q \geq p {/tex}

##### Explanation

Correct Marks 4

Incorrectly Marks -1

Q 21. In each of the following questions, oneor two equation(s) is/are given. On their basis you have to determine the relation between {tex} x {/tex} and {tex} y {/tex} and then give answer
{tex} \begin{array} { c c c c } { \mathbf { I } } & { x ^ { 2 } + 3 x + 2 = 0 } & { \mathbf { } } & { \mathbf { II.}\quad 2y ^ { 2 } = 5 y } \end{array} {/tex}

if {tex} x < y {/tex}

B

if {tex} x > y {/tex}

C

if {tex} x \leq y {/tex}

D

if {tex} x \geq y {/tex}

E

if {tex} x = y {/tex}