MeritTrac Aptitude Questions and Answers PDF Download

MeritTrac Aptitude Questions and Answers

MeritTrac Aptitude Questions and Answers PDF with Solutions: Dear Freshers, In this article we have provided MeritTrac aptitude questions and answers in PDF format as well as in Quiz format. So, Candidates can either download MeritTrac Aptitude Questions PDF and practice offline or they can practice online using the provided MeritTrac Aptitude questions provided in the below section.

MeritTrac’s online assessment helps companies to hire the right talent by using various examination models such as computer-based testing, pen and paper based written tests. MeriTrac is a 100% subsidiary of Manipal Global Education (MaGE), a leading global provider of higher education services.

You Can Check: MeritTrac Placement Papers 

MeritTrac Aptitude Questions and Answers

MeritTrac aptitude section consists of 16 questions which you need to solve in 16 minutes. In the below table, we have also provided the Aptitude chapters from which the questions may come in the exam. Also, we have given the expected number of questions which come from each topics. We have provided these details based on the inputs from the candidates who had already appeared for the MeritTrac exam.

Number of Questions: 16 Questions
Time Duration: 16 Mins

You Can Also Check: MeritTrac Syllabus 

TopicsQuestions asked( Approximately)
Time and Distance1-3 Questions
Time and Work2-3 Questions
Percentages2-4 Questions
Partnership2-3 Questions
Probability1-3 Questions
Simple Interest1-2 Questions
Compound Interest2-4 Questions
Mixtures and Allegations2-4 Questions
Simple Equations1-4 Questions
Averages3-4 Questions
Problems on Trains1-4 Questions

MeritTrac Aptitude Questions and Answers with Solutions

Here you can practice 16 sample MeritTrac aptitude questions. Please note that these are model questions only. No one can guarantee that the same questions will come in the exam. But you can expect similar model questions for sure.

1. Ages of two persons differ by 16 years. If 6 year ago, the elder one be 3 times as old the younger one, find their present age

A. 16, 32
B. 18, 34
C. 12, 28
D. 14, 30

Answer – D. 14, 30

Let us assume, the age of the younger person is x.
So, elder person age is (x+16)
According to the given information
3(x-6) = (x+16-6) [6 years before]
=> 3x-18 = x+10
=> x = 14.
Therefore, Present age of elder personage is x + 16 = 30

2. Three years from now, Bhavana will be three times as old as Anitha and Anitha will be six years younger than Manju. If Bhavana’s age is three years less than twice Manju’s age, how old is Manju?

A. 27
B. 20
C. 15
D. 9

Answer – D. 9

B+3=3(A+3) [Bhavana will be three times as old as Anitha]
=>A+3=(M+3)-6 ——-I
B=2M-3 [Bhavana’s age is three years less than twice Manju’s age]
By solving the equation I
A+3=M-3 or A=M-6.
now, we have B=2M-3.
M = 9

3. Johny is now 12 years younger than Mukesh. If 9 years from now Mukesh will be twice as old as Johny, how old will Johny be in 4 years?

A. 3
B. 5
C. 7
D. 9

Answer – C. 7

Let us assume Johny’s age was x years
Johny = x years, Mukesh = x+12 years
9 from now
2(x+9) = x+21
2x+18 = x+21
x+4 = 7 years

4. The ratio between Ramesh and Vamsi is 4:3, After 6 Years Ramesh age will be 26 years. What is Vamsi’s present age?

A. 14 years
B. 15 years
C. 20 years
D. 22 years

Answer – B. 15 years

The present age is 4x and 3x,
=> 4x + 6 = 26
=> x = 5
Therefore, Vamsi age is = 3(5) = 15 years

5. The sum of ages of 5 children born at the intervals of 3 years each is 50 years. What is the age of the youngest child?

A. 4 years
B. 8 years
C. 10 years
D. 12 years

Answer – A. 4 years

Let the ages of children be x, (x + 3), (x + 6), (x + 9) and (x + 12) years.
Then, x + (x + 3) + (x + 6) + (x + 9) + (x + 12) = 50
5x = 20
x = 4.
Hence, Age of the youngest child = x = 4 years.

6. Chandu went shopping to buy a Mobile, the shopkeeper asked him to pay 18% Tax if he wants a bill. If not you can get a 7% discount on the actual price of the mobile. Then Chandu decided not to take the bill and paid Rs. 4650. By this how much money could Chandu save on purchasing mobile?

A. Rs.350
B. Rs.650
C. Rs.850
D. Rs.1250

Answer – D. Rs.1250

SP*93/100 = 4650
SP = 5000
Including tax= 5000+900 = 5900
Therefore, Saving = 5900-4650 = 1250

7. A trader sells Rice to a customer at a profit of x% over the cost price, besides if he cheats his customer by giving 950gm instead of 1kg. Thus his overall percentage is 20%. Then what is the value of x?

A. 10
B. 12
C. 14
D. 15

Answer – C. 14

1000*(100+x/100) = 950*120/100
x = 14%

8. I make a profit of 20% by selling an article. What would be the profit percent if it were calculated on the selling price instead of the cost price?

A. 10 %
B. 20%
C. 30%
D. 16.67%

Answer – D. 16.67%

Let us assume Cost Price = 100
Then SP = 120.
Profit % if it was calculated on SP will be
=> 20/120  = 16.67%

9. A does half as much work as B does in one-sixth of the time. If together they take 20 days to complete the work, then what is the time taken by A to complete the work independently.

A. 60/3 days
B. 80/3 days
C. 100/3 days
D. 140/3 days

Answer – B. 80/3 days

Let us assume B complete the work in x days
So in one day work done by B is 1/x
A do half work in one-sixth of the time
Then, A will complete work in 2*x/6 = x/3 days
One day work of A and B that is 3/x + 1/x = 1/20.
Hence, we get x = 80
So time taken by A alone = 80/3 days

10. Three pipes X, Y, and Z can fill a Cistern in 6 hours. After working at it together for 2 hours, Z is closed and X and Y can fill the remaining part in 7 hours. The number of hours taken by Z alone to fill the Cistern is?

A. 14 hours
B. 12 hours
C. 15 hours
D. 18 hours

Answer – A. 14 hours

Part filled in 2 hours = 2/6 = 1/3
Remaining Part = (1-1/3) = 2/3
(X + Y)’s 7-hour work = 2/3
(X + Y)’s 1-hour work = 2/21
Z’s 1 hour work = (X + Y + Z) 1 hour work – (X + Y) 1 hour work
= (1/6 – 2/21) = 1/14 = 14 hours
Therefore, Pipe Z alone can fill the Cistern in 14 hours.

11. A large cistern can be filled by two pipes P and Q in 15 minutes and 20 minutes respectively. How many minutes will it take to fill the Cistern from an empty state if Q is used for half the time and P and Q fill it together for the other half?

A. 18 minutes
B. 17 minutes
C. 12 minutes
D. 19 minutes

Answer – C. 12 minutes

Part filled by P and Q = 1/15 + 1/20 = 7/60
Part filled by Q = 1/20
x/2(7/60 + 1/20) = 12 minutes

12. A man can row at 4 kmph in still water. If the velocity of the current is 1 kmph and it takes him 1 hour to row to a place and come back. how far is that place?

A. 1.5 km
B. 1.8 km
C. 2.6 km
D. 3.2 km

Answer – B. 1.8 km

Let us assume the distance is x km
Rate downstream = 4 + 1 = 5 kmph
Rate upstream = 4 – 1 = 3 kmph
x/5 + x/3 = 1
3x + 5x = 15
x = 15/8 = 1.8 km

13. The speed of a boat in still water in 12 km/hr and the rate of current is 4 km/hr. The distance travelled downstream in 12 minutes is?

A. 2.7km
B. 3.2km
C. 4.7km
D. 5.1km

Answer – B. 3.2km

Speed downstream = (12 + 4) kmph = 16 kmph.
Distance travelled = 16 *12/60 km = 3.2 km

14. The weights of 19 people are in Arithmetic progression. The average weight of them is 19. If the heaviest is 37 Kgs. Then what is the weight of the Lightest?

A. 1 Kg
B. 2 Kg
C. 3 Kg
D. 4 kg

Answer – A. 1 Kg

19*19 = 19/2(2a+18d)
38= 2a+18d
37 = a+18d
a = 1
Therefore, the weight of the Lightest is 1 Kg.

15. The length of a rectangle is reduced by 30%. By what percent would the width have to be increased to maintain the original area?

A. 25%
B. 32.76%
C. 35.50%
D. 42.86%

Answer – D. 42.86%

Width = 30*100/100-30
= 3000/70 = 42.86%

16. Smallest side of a right-angled triangle is 6 cm less than the side of a square of perimeter 60 cm. Second largest side of the right-angled triangle is 4 cm less than the length of a rectangle of area 80 sq. cm and breadth 5 cm. What is the largest side of the right-angled triangle?

A. 9 cm
B. 10 cm
C. 12 cm
D. 15 cm

Answer – D. 15cm

Side of first square = 60/4 = 15 cm.
Smallest side of right angled triangle= 15 − 6 = 9 cm.
Length of 2nd rectangle = 80/5 = 16 cm.
Second largest side of the 1strectangle = 16−4 = 12 cm.
Therefore, Largest side = hypotenuse=√9^2+12^2=15 cm

MeritTrac Aptitude Questions and Answers PDF

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