January 10, 2025
Overview: Master Quantitative Aptitude Questions for BBA Entrance Exam with expert strategies and key problem-solving techniques. Boost your preparation with targeted practice to excel in the 2025 BBA exam!
Preparing for the Quantitative Aptitude Questions for BBA Entrance Exam is crucial for achieving success in this competitive test.
This section evaluates your numerical ability, logical thinking, and problem-solving skills. From mastering core topics like algebra and geometry to excelling in data interpretation, effective preparation is the key to standing out.
Dive into expert tips, practice questions, and proven strategies to confidently tackle this vital part of the BBA entrance exam 2025.
The Quantitative Aptitude Questions for the BBA Entrance Exam are crucial in evaluating a candidate's mathematical abilities and problem-solving capabilities.
This section assesses both speed and precision by addressing key subjects such as arithmetic, algebra, geometry, and data analysis.
To excel in the competitive landscape of the BBA Exams 2025, it is essential to master these concepts.
Through organized practice, valuable insights, and regular review, students can markedly enhance their performance.
Addressing different questions aids in recognizing strengths and tackling weaknesses, promoting a well-rounded preparation approach.
Achievement depends on grasping the basics and utilizing them efficiently during the test.
Here is a comprehensive table showcasing frequent subjects in Quantitative Aptitude for BBA admission tests:
Topic | Description |
Number Theory | Concepts related to integers, prime numbers, divisibility, and factors. |
Logarithms | Understanding logarithmic functions and their properties. |
Square Roots | Calculating square roots of numbers. |
Fraction and Decimals | Operations with fractions and decimals. |
HCF and LCM | Finding the highest common factor (HCF) and least common multiple (LCM) of numbers. |
Commercial Math | Applications of percentages, profit and loss, interest, and discounts. |
Data Sufficiency Test | Analyzing data to determine if it's sufficient to answer a question. |
Algebra | Solving equations, and inequalities, and understanding algebraic expressions. |
Alligations and Mixtures | Problems related to mixing different components. |
Area | Calculating areas of geometric shapes (rectangles, triangles, circles). |
Problems on Age | Solving problems related to age and time. |
Averages, Mean, Median, Mode | Understanding central tendencies in data. |
Boat Problems | Solving problems related to boat speed and river currents. |
Work and Wages | Calculating work done by individuals or groups. |
Permutation and Combination | Counting arrangements and selections. |
Profit and Loss | Understanding profit, loss, cost price, and selling price. |
Probability | Analyzing the likelihood of events occurring. |
Percentages | Calculating percentages and percentage changes. |
Ratios | Solving problems involving ratios and proportions. |
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Let us see some of the quantitative aptitude questions for BBA entrance exam with answers BBA syllabus wise.
Sample Quantitative Aptitude Question for Number Theory
Question:
What is the greatest common divisor (GCD) of 36 and 60?
Options:
a) 6
b) 12
c) 18
d) 24
Solution:
The GCD of 36 and 60 is 12.
Answer: b) 12
Here is the quantitative aptitude questions for BBA entrance exam with answers for Logarithms.
Question:
If log28=xlog_2 8 = xlog28=x, what is the value of xxx?
Options:
a) 1
b) 2
c) 3
d) 4
Solution: log28=3log_2 8 = 3log28=3 because 23=82^3 = 823=8.
Answer: c) 3
The quantitative aptitude questions for BBA entrance exam for square roots look like,
Question:
What is the square root of 144?
Options:
a) 10
b) 11
c) 12
d) 13
Solution: The square root of 144 is 12.
Answer: c) 12
Fractions and decimals in quantitative aptitude questions for BBA entrance exam 2025 appear to be like,
Question:
Convert 3/4 into a decimal.
Options:
a) 0.25
b) 0.5
c) 0.75
d) 1.5
Solution: 3/4=0.75
Answer: c) 0.75
BBA entrance exam quantitative aptitude questions for HCF and LCM is given below.
Question:
Find the LCM and HCF of 12 and 18.
Options:
a) LCM = 36, HCF = 6
b) LCM = 36, HCF = 12
c) LCM = 24, HCF = 6
d) LCM = 24, HCF = 12
Solution:
The HCF of 12 and 18 is 6.
The LCM of 12 and 18 is 36.
Answer: a) LCM = 36, HCF = 6
An example of a commercial Math quantitative aptitude question in BBA entrance exam is shown here,
Question:
A shopkeeper sells an article at a 20% profit. If the cost price of the article is ₹500, what is the selling price?
Options:
a) ₹550
b) ₹600
c) ₹650
d) ₹700
Solution:
Profit = 20% of ₹500 = ₹100
Selling price = Cost price + Profit = ₹500 + ₹100 = ₹600
Answer: b) ₹600
Data sufficiency quantitative aptitude questions for BBA entrance exam is as follows,
Question:
Is the number X greater than 10?
X + 5 > 15 X - 3 > 7
Options:
a) Statement 1 alone is sufficient.
b) Statement 2 alone is sufficient.
c) Both statements together are sufficient.
d) Both statements together are not sufficient.
Answer: c) Both statements together are sufficient.
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Question:
Solve for X: 3X - 5 = 10
Options:
X=3 X=15 X=7 X=5
Answer: a) X=3
Question:
A mixture contains 20 liters of milk and 10 liters of water. How many liters of water should be added to the mixture to make the ratio of milk to water 1:1?
Solution:
The initial ratio of milk to water is 20:10 = 2:1.
To make the ratio 1:1, we need to add enough water to make the total water equal to the milk.
Current water = 10 liters, so to make the ratio 1:1, we need to add
20 − 10 = 10
20−10=10 liters of water.
Answer: b) 10 liters
Question:
The area of a rectangle is 120 cm², and its length is 15 cm. What is the width of the rectangle?
Solution:
Area of a rectangle = Length × Width
120 = 15 × Width
Width =120/15=8
Answer: b) 8 cm
Question:
The present age of Ankit is 4 years more than twice the age of his brother Rohan. Four years ago, Ankit's age was 5 years more than three times the age of Rohan at that time. Find the present age of Ankit.
Options: a) 16 years
b) 18 years
c) 20 years
d) 22 years
Solution: Let the present age of Rohan be x years,
Then, the present age of Ankit is 2x + 4 years (since Ankit's age is 4 years more than twice Rohan's age).
From the second condition: Four years ago, Ankit's age was (2x + 4) - 4 = 2x and Rohan's age was x - 4.
According to the problem, four years ago, Ankit's age was 5 years more than three times Rohan's age:
2x = 3(x-4) + 5
x=7
So, Rohan's present age is 7 years.
Now, the present age of Ankit is: 2x + 4 = 2(7)+4=18
Thus, the present age of Ankit is 18 years.
Answer: b) 18 years
Question:
The ages of five friends are 18, 20, 22, 24, and 26 years. What is the mean age of the group?
Options:
a) 20 years
b) 22 years
c) 22.5 years
d) 24 years
Answer:
The mean age is calculated as: Mean = (Sum of all ages)/(No of friends)
Mean = (18+20+22+24+26)/ 5
Mean = 22
So, the mean age is 22 years (Option b).
Here is an example of Quantitative Aptitude Questions for BBA Entrance Exam related to Boat problems.
Question:
A boat travels 30 km upstream in 2 hours and returns downstream in 1 hour. What is the speed of the boat in still water?
Options:
a) 15 km/h
b) 18 km/h
c) 20 km/h
d) 25 km/h
Solution:
Let the speed of the boat in still water be x km/h and the speed of the stream be y km/h. The speed of the boat upstream = x - y km/hr
The speed of the boat downstream = x + y km/hr
Given:
Time taken to travel upstream = 2 hours, so:
30/(x-y)=2 = x-y=15 Time taken to travel downstream = 1 hour, so:
30/(x+y)=1 = x+y=30
Add these two equations:
(x-y) + (x+y) = 15+30
x=22.5km/hr
Thus, the speed of the boat in still water is 22.5 km/h.
Question:
A worker can complete a task in 12 days. How many days will it take for 3 workers to complete the same task working together?
Options:
a) 4 days
b) 6 days
c) 8 days
d) 10 days
Solution:
If 1 worker can complete the task in 12 days, then the work done by 1 worker per day is 1/12 of the task.
When 3 workers work together, their combined work per day is: 3 x 1/12 = ¼
Therefore, 3 workers can complete the task in 1/(¼)=4 days
Answer: Option a). 4 days
Question:
In how many ways can 3 students be selected from a group of 8 students to form a committee?
Options:
a) 56
b) 112
c) 336
d) 5040
Solution:
To select 3 students from a group of 8, we use the combination formula:
nCr = n!/(n-r)! Where n=8, r=3 so,
8C3= 56
Answer: Option a). 56
Question:
A shopkeeper buys an article for ₹500 and sells it at a profit of 20%. What is the selling price of the article?
Options:
a) ₹600
b) ₹625
c) ₹650
d) ₹700
Solution:
Profit = 20% of 500 = ₹100
Selling price = Cost price + Profit = ₹500 + ₹100 = ₹600
Answer: Option a). 600
For probability related Quantitative Aptitude Questions for BBA Entrance Exam might look like,
Question:
A bag contains 5 red balls, 3 green balls, and 2 blue balls. What is the probability of drawing a red ball from the bag?
Options:
a)5/10 b)½
c) ⅝
d) 3/10
Solution:
The total number of balls in the bag is: 5 + 3+ 2 = 10
The number of red balls is 5.
The probability of drawing a red ball is the ratio of red balls to the total number of balls:
Probability = total no of red balls / total no of balls = 5/10 = ½
Answer: Option b).1/2
Question:
A student scored 75 marks out of 100 in an exam. What is his percentage score?
Options:
a) 70%
b) 72%
c) 75%
d) 80%
Solution:
The percentage score is calculated as:
Percentage = (marks obtained / total marks) x 100 = (75/100) x 100 = 75%
Question:
The ratio of the ages of two friends, A and B, is 3:4. If A's age is 24 years, what is B's age?
Options:
a) 26 years
b) 28 years
c) 30 years
d) 32 years
Solution:
Let the ages of A and B be in the ratio 3:4.
If A's age is 24 years, then the ratio of A's age to B's age is:
(¾)=(24/x)
x=32
Answer: Option d).32
Given below are some of the best books for Quantitative aptitude practice questions for BBA entrance:
Improve by practicing questions for Quantitative Aptitude for BBA entrance exam 2025 and concentrate on essential subjects such as arithmetic, algebra, and data interpretation, to increase problem-solving speed and precision.
Frequently Asked Questions
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