General Intelligence and Reasoning

Completion of Figural Pattern
Non-Verbal Classification
Mirror Image and Water Image
Verbal Series
Arrangement of Words in a Logical Order (Alphabetical Order)
General Intelligence and Reasoning
Finding the Missing Number
Cubes and Dices
Verbal Analogy
Deviation of Figure
Blood Relationship
Symbols & Notations
Direction & Distance Test
Logical Venn-Diagram
Scheduled Day/Date/Time
Ranking/Arrangement
Miscellaneous
Non-Verbal Analogy or Similarity
Verbal Classification
Paper Cutting, Folding & Punching
Embedded Figure
Syllogism, Statement & Conclusions
Coding-Decoding
Non-Verbal Series
Word Formation
Arithmetical Problems

General Awareness

Indian Polity and Constitution
Indian Art & Culture
Geography Of India
Economics
History of India
Indian Economy
World History
Physical Geography
World Geography
Honours and Awards
Biology
Chemistry
Miscellaneous
Computer and IT
Physics
Books and Authors
National Events
Discoveries and Inventions
Science and Technology
Sports
Important Decades, Years and Days
UNO, Other International and National Organisations
International Events
Science
Science
Personalities
World Art and Culture

Quantitative Aptitude

LCM and HCF
Simplification
Average
Ratio and Proportion
Quantitative Aptitude
Trigonometry
Boat and Stream
Discount
Percentage
Time and Work
Statistics & Data Interpretation
Pipe and Cistern
Sequence and Series
Miscellaneous
Mensuration
Time and Distance
Profit and Loss
Compound Interest
Geometry
Simple Interest
Algebra
Number System
Power, Indices and Surds
Approximation
Simple and Decimal Fraction
Area and Perimeter
Circles
Triangles
Trigonometric Ratios
Volume and Surface Area
Straight Lines
Factorisation
Set Theory
Height and Distance
Logarithms
Polynomials
Quadratic Equations
Quadrilateral and Parallelogram
Partnership

English Comprehension

Comprehension Test
Transformation of Sentences (Active/Passive)
Arrangement of Sentences
Improvement of Sentences
Idioms/ Phrases
One word substitution
Cloze Test
Miscellaneous
Direct/ Indirect Speech
Fill in the Blanks
Common Errors
Antonyms
Synonyms
English Comprehension
Selection of misspelt word/ correctly spelt word
General English

Q 1.

Correct2

Incorrect-0.5

Two pipes {tex} A {/tex} and {tex} B {/tex} can fill a tank in 20 minutes and 30 minutes respectively. If both pipes are opened together, the time taken to fill the tank is:

50 minutes

12 minutes

25 minutes

15 minutes

Q 2.

Correct2

Incorrect-0.5

A tap can empty a tank in one hour. A second tap can empty it in 30 minutes. If both the taps operate simultaneously, how much time is needed to empty the tank?

20 minutes

30 minutes

40 minutes

45 minutes

Q 3.

Correct2

Incorrect-0.5

A cistern can be filled with water by a pipe in 5 hours and it can be emptied by a second pipe in 4 hours. If both the pipes are opened when the cistern is full, the time in which it will be emptied is :

9 hours

18 hours

20 hours

{tex} 20 \frac { 1 } { 2 } {/tex} hours

Q 4.

Correct2

Incorrect-0.5

Two pipes {tex} A {/tex} and {tex} B {/tex} can separately fill a cistern in 60 minutes and 75 minutes respectively. There is a third pipe in the bottom of the cistern to empty it. If all the three pipes are simultaneously opened, then the cistern is full in 50 minutes. In how much time the third pipe alone can empty the cistern?

110 minutes

100 minutes

120 minutes

90 minutes

Q 5.

Correct2

Incorrect-0.5

Two pipes can fill a cistern in 3 hours and 4 hours respectively and a waste pipe can empty it in 2 hours. If all the three pipes are kept open, then the cistern will be filled in :

5 hours

8 hours

10 hours

12 hours

Q 6.

Correct2

Incorrect-0.5

Two pipes can fill a tank in 15 hours and 20 hours respectively. while the third can empty it in 30 hours. If all the pipes are opened simultaneously. the empty tank will be filled in

10 hours

12 hours

15 hours

{tex} 15 \frac { 1 } { 2 } {/tex} hours

Q 7.

Correct2

Incorrect-0.5

A tap can fill a cistern in 8 hours and another tap can empty it in 16 hours. If both the taps are open, the time (in hours) taken to fill the tank will be:

8

10

16

24

Q 8.

Correct2

Incorrect-0.5

A pipe can fill a tank in "{tex} x {/tex}" hours and another pipe can empty it in "{tex} y {/tex}" {tex} ( y > x ) {/tex} hours. If both the pipes are open, in how many hours will the tank be filled?

{tex} ( x - y ) {/tex} hours

{tex} ( y - x ) {/tex} hours

{tex} \frac { x y } { x - y } {/tex} hours

{tex} \frac { x y } { y - x } {/tex} hours

Q 9.

Correct2

Incorrect-0.5

12 pumps working 6 hours a day can empty a completely filled reservoir in 15 days. How many such pumps working 9 hours a day will empty the same reservoir in 12 days?

15

{tex} 9 {/tex}

10

12

Q 10.

Correct2

Incorrect-0.5

Three pipes {tex} P {/tex}, {tex} Q {/tex} and {tex} R {/tex} can separately fill a cistern in {tex} 4,8 {/tex} and 12 hours respectively. An and pipe S can empty the completely filled cistern in 10 hours. Which of the following arrangements will fill the empty cistern in less time than others?

Q alone is open.

{tex} \mathrm { P } {/tex} and {tex} \mathrm { S } {/tex} are open

{tex} \mathrm { P } , \mathrm { R } {/tex} and {tex} \mathrm { S } {/tex} are open.

{tex} \mathrm { P } , \mathrm { Q } {/tex} and {tex} \mathrm { S } {/tex} are open.

Q 11.

Correct2

Incorrect-0.5

Two pipes can fill a cistern separately in 10 hours and 15 hours. They can together fill the cistern in

6 hours

7 hours

8 hours

9 hours

Q 12.

Correct2

Incorrect-0.5

Three taps {tex} A , B {/tex} and {tex} C {/tex} together can fill an empty cistern in 10 minutes. The tap A alone can fill it in 30 minutes and the tap {tex} B {/tex} alone in 40 minutes. How long will the tap {tex} C {/tex} alone take to fill it?

16 minutes

24 minutes

32 minutes

40 minutes

Q 13.

Correct2

Incorrect-0.5

One tap can fill a water tank in 40 minutes and another tap can make the filled tank empty in 60 minutes. If both the taps are open, in how many hours will the empty tank be filled?

2 hours

2.5 hours

3 hours

3.5 hours

Q 14.

Correct2

Incorrect-0.5

A tank can be filled by pipe A in 2 hours and pipe {tex} B {/tex} in 6 hours. At 10 A. M. pipe A was opened. At what time will the tank be filled if pipe {tex} B {/tex} is opened at 11 A. M.?

{tex} 12.45 \mathrm { A.M } {/tex}

{tex} 5 \mathrm { P } . \mathrm { M } {/tex}

{tex} 11.45 \mathrm { A.M } {/tex}

{tex} 12 \mathrm { P } . \mathrm { M } {/tex}

Q 15.

Correct2

Incorrect-0.5

Two pipes, {tex} P {/tex} and {tex} Q {/tex}, together can fill a cistern in 20 minutes and {tex} P {/tex} alone can in 30 minutes. Then {tex} Q {/tex} alone can fill the cistern in

62 minutes

60 minutes

61 minutes

51 minutes

Q 16.

Correct2

Incorrect-0.5

Two pipes {tex} A {/tex} and {tex} B {/tex} can fill a cistern in 3 hours and 5 hours respectively. Pipe {tex} C {/tex} can empty in 2 hours. If all the three pipes are open, in how many hours the cistern will be full?

can't be filled

10 hours

15 hours

30 hours

Q 17.

Correct2

Incorrect-0.5

Three taps {tex} A , B , C {/tex} can fill an overhead tank in {tex} 4,6 {/tex} and 12 hours respectively. How long would the three taps take to fill the tank if all of them are opened together?

2 hrs.

4 hrs.

3 hrs

5 hrs.

Q 18.

Correct2

Incorrect-0.5

If two pipes function simultaneously, a tank is filled in 12 hours. One pipe fills the tank 10 hours faster than the other. How many hours does the faster pipe alone take to fill the tank?

20 hrs

18 hrs

15 hrs

12 hrs

Q 19.

Correct2

Incorrect-0.5

Two pipes {tex} X {/tex} and {tex} Y {/tex} can fill a cistern in 24 minutes and 32 minutes respectively. If both the pipes are opened together, then after how much time (in minutes) should {tex} Y {/tex} be closed so that the tank is full in 18 minutes?

10

8

6

5

Q 20.

Correct2

Incorrect-0.5

A cistern is provided with two pipes {tex} A {/tex} and {tex} B {/tex}. A can fill it in 20 minutes and {tex} B {/tex} can empty it in 30 minutes. If {tex} A {/tex} and {tex} B {/tex} be kept open alternately for one minute each, how soon will the cistern be filled?

121 minutes

110 minutes

115 minutes

120 minutes

Q 21.

Correct2

Incorrect-0.5

A water tank can be filled by a tap in 30 minutes and another tap can fill it in 60 minutes. If both the taps are kept open for 5.5 minutes and then the first tap is closed, how long will it take for the tank to be full?

20 minutes

25 minutes

30 minutes

45 minutes

Q 22.

Correct2

Incorrect-0.5

Two pipes A and B can fill a tank in 36 minutes and 45 minutes respectively. Another pipe C can empty the tank in 30 minutes. First A and B are opened. After 7 minutes, C is also opened. The tank is filled up in

39 minutes

46 minutes

40 minutes

45 minutes

Q 23.

Correct2

Incorrect-0.5

Two pipes {tex} A {/tex} and {tex} B {/tex} can separately fill a tank in 2 hours and 3 hours respectively. If both the pipes are opened simultaneously in the empty tank, then the tank will be filled in

1 hour 12 minutes

2 hours 30 minutes

1 hour 15 minutes

1 hour 20 minutes

Q 24.

Correct2

Incorrect-0.5

A pipe can fill a tank in {tex} x {/tex} hours and another can empty it in {tex} y {/tex} hours. They can together fill it in {tex} ( y > x ) {/tex}

{tex} \frac { x y } { y - x } {/tex} hours

{tex} x - y {/tex} hours

{tex} y - x {/tex} hours

{tex} \frac { x y } { x - y } {/tex} hours

Q 25.

Correct2

Incorrect-0.5

Pipe A can fill an empty tank in 6 hours and pipe {tex} \mathrm { B } {/tex} in 8 hours. If both the pipes are opened and after 2 hours pipe. A is closed, how much time {tex} \mathrm { B } {/tex} will take to fill the remaining tank?

{tex} 7 \frac { 1 } { 2 } {/tex} hours

{tex} 2 \frac { 2 } { 5 } {/tex} hours

{tex} 2 \frac { 1 } { 3 } {/tex} hours

{tex} 3 \frac { 1 } { 3 } {/tex} hours

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