ACAT Mock Test: Master Your Preparation

ACAT Exam Highlights

Understanding the ACAT (Amrita Common Aptitude Test) Exam

The ACAT Amrita exam is conducted by Amrita University yearly to admit aspiring candidates to their MBA courses. If any candidates aspire to pursue their management admissions from the well-reputed Amrita University, it is mandatory that they attempt the ACAT exam and secure a decent ACAT exam score. But before venturing into the ACAT exam preparation, the candidates should also ensure that they completely understand the CAT exam structure. Let us discuss in detail the Amrita ACAT exam structure.

Amrita Common Aptitude Test Mock Tests

Any test may benefit from the usage of mock examinations as preparation. Candidates taking the Amrita ACAT exam are compelled to take pointless practice examinations due to the exam's high level of competition. While the material for the ACAT exam may seem to be similar to those of other management entrance examinations, constant practice with ACAT sample tests is needed for guaranteed success.

Why to attend Amrita ACAT Mock Tests?

Although, as soon as a candidate completes their ACAT syllabus, they are required to start assessing their performance through ACAT mock tests, it is observed that the candidates often overlook the practice through ACAT mock tests. Let us discuss in detail why Amrita ACAT mock tests are essential.

Understand the Exam Pattern: ACAT examination Mock tests provide students with a clear idea of the exam format, including the types of questions and parts. This helps them know what to expect on the real test day, avoiding any shocks.

Improve Time Management: Candidates may gain knowledge about managing their time by taking ACAT practice exams. They learn how much time to spend on each segment so they can finish the test in the allotted time.

Identify Weak Areas: Mock tests of the ACAT exam help candidates pinpoint the topics where they may be struggling. By identifying these weak areas, they can focus their studies on improving them before the actual exam.

Track Progress: Regularly taking ACAT mock tests allows candidates to monitor their improvement. They can observe how their scores change over time, providing a sense of how well they are preparing.

Build Confidence: Mock ACAT tests simulate the real exam environment, making candidates more comfortable with the ACAT exam format. This reduces anxiety and boosts confidence, helping them perform better on the actual ACAT test day.

Ensure Exam Readiness: Practicing with ACAT mock tests ensures that candidates are fully prepared for the ACAT exam. These tests serve as a final check on their readiness, allowing them to enter the exam feeling prepared and assured.

ACAT Mock Test Designed by Careers360

Now that the candidates are aware of the importance of the ACAT exam mock tests, Careers360 has designed one mock test to assess the preparation level of the candidates for the ACAT exam. The solutions for each mock test is written by various Subject Matter Experts in their respective fields of study. Careers360’s ACAT mock tests contain questions from the following topics:

If the candidate wishes for additional ACAT exam practice, they can refer to the mock test article designed by Careers360.

ACAT Exam Preparation: ACAT Mock Test Sample Questions

Verbal Reasoning and Language Comprehension

1. Comprehension:

Read the following passage and answer the questions that follow.

During the decade after liberalisation, floriculture industries took giant steps in the export arena. This era has seen a dynamic shift from sustenance production to commercial production. The area under floriculture production in India is around 249 thousand hectares with a production of 1659 thousand tonnes loose flowers and 484 thousand tonnes cut flowers. Floriculture is now commercially cultivated in several states with Tamil Nadu (20%), Karnataka (13.5%) West Bengal (12.2%) having gone ahead of other producing states like Madhya Pradesh, Mizoram, Gujarat, Andhra Pradesh, Odisha, Jharkhand, Haryana, Assam and Chhattisgarh.

Government of India has identified floriculture as a sunrise industry and accorded it 100 % export-oriented status. Owing to a steady increase in the demand of flowers, floriculture has become one of the important commercial trades in agriculture. Hence, commercial floriculture has emerged as a hi-tech activity taking place under controlled climatic conditions inside a greenhouse. Floriculture in India is being viewed as a high-growth industry. Commercial floriculture is becoming important from the export angle. The liberalisation of industrial and trade policies paved the way for the development of export-oriented production of cut flowers. The new seed policy had already made it feasible to import planting material of international varieties. It has been found that commercial floriculture has a higher potential per unit area than most of the field crops and is therefore a lucrative business. The Indian floriculture industry has been shifting from traditional flowers to cut flowers for export purposes. The liberalised economy has given an impetus to the Indian entrepreneurs for establishing export-oriented floriculture units under controlled climatic conditions.

Indian floriculture industry comprises of flowers such as Rose, Tuberose, Glads, Anthurium, Carnations, Marigold etc.

India's total export of floriculture was INR 571.38 crores 81.94 million in 2018-19. The major importing countries were United States, Netherlands, United Kingdom, Germany and United Arab Emirates. There are more than 300 export-oriented units in India. More than 50 % of the floriculture units are based in Karnataka, Andhra Pradesh and Tamil Nadu. With the technical collaborations from foreign companies, the Indian floriculture industry is poised to increase its share in world trade.

Question:

1. Which three states are the major cultivators of floriculture products?

1. West Bengal, Andhra Pradesh and Odisha

2. Karnataka, Gujarat and Andhra Pradesh

3. Tamil Nadu, Assam and Chhattisgarh

4. Tamil Nadu, Karnataka and West Bengal

2. What gave a major fillip to the export of Indian floriculture products?

1. The use of technology in cultivating flowers inside greenhouses.

2. The new policy to ease the import of seeds of international varieties

3. The demand from many countries like the US, the UK, and UAE.

4. The liberalisation of industrial and trade policies by the government

3. The main theme of the passage is:

1. the rise of floriculture industry in India

2. commercialisation of floriculture

3. the Government’s policies regarding floriculture

4. the export of flowers from India

4. The area under floriculture production in India is about:

1. 1659 thousand hectares

2. 484 thousand hectares

3. 249 thousand hectares

4. 571 thousand hectares

5. Which of the following statements is NOT true according to the passage?

1. Floriculture has been identified as a sunrise industry by the Government of India.

2. India's total export of floriculture was $571.38 million in 2018-19.

3. More than 50% of the floriculture units are based in Karnataka, Andhra Pradesh and Tamil Nadu.

4. Floriculture has been accorded a 100% export status by the Government.

Data Interpretation and Analysis

Directions: The table given below shows information about bats manufactured by six different companies. Each company manufactures only plastic and wooden bats. Each company labels these bats as Brand A or Brand B. The table shows the number of plastic bats as a percentage of the total bats manufactured by each company. It also shows the ratio of wooden bats labelled A and B. Each company manufactured a total of 550000 bats.

6. N = Wooden bats of Brand B manufactured by U

M = Total wooden bats manufactured by R and W together

What is the value of N/M?

1. 0.043

2. 0.061

3. 0.125

4. 0.087

7. X = Average of plastic bats manufactured by V, U, and T.

Y = Wooden bats of Brand A manufactured by V.

What is the value (X – Y)?

1. 197600

2. 432890

3. 260000

4. 293300

8. Taking all 6 companies together, how many wooden bats of Brand A have been produced?

1. 691000

2. 724000

3. 683000

4. 716000

9. P = The sum of wooden bats of Brand B manufactured by S and wooden bats of Brand A manufactured by W.

Q = The difference between Brand B wooden bats and Brand A wooden bats manufactured by U.

What is the value of (P – Q)?

1. 67500

2. 177700

3. 159500

4. 123500

10. What is the total number of wooden bats of brand A manufactured by company T?

1. 23420

2. 22990

3. 68920

4. 72600

General Knowledge on Indian and Global Scenarios

11. The Reserve Bank of India introduced a comprehensive regulatory framework for NBFC-MFI on __________.

1. 10 December 2015

2. 2 December 2011

3. 8 December 2013

4. 5 December 2012

12. Which of the following is an indirect tax?

1. Capital gains tax

2. Goods and services tax

3. Wealth tax

4. Gift tax

13. Identify a type of season that is not a part of the four seasons of India.

1. The cold weather season

2. The hot weather season

3. The southwest monsoon season

4. The southeast monsoon season

14. Bhimbetka, a noted site of the Palaeolithic period, is located in which state of India?

1. Bihar

2. Uttar Pradesh

3. Rajasthan

4. Madhya Pradesh

15. Where was the COP28 climate summit held in 2023?

1. Copenhagen, Denmark

2. Paris, France

3. Dubai, United Arab Emrites

4. Sydney, Australia

Quantitative Aptitude

16. A man covered a distance of 42 km in 5 hours. He covered part of the journey on foot at a speed of 6 km/h and part of the journey by bicycle at a speed of 10 km/h. How much distance did he walk on foot?

1. 18 km

2. 15 km

3. 10 km

4. 12 km

17. A man sells two articles at Rs. 9,975 each. He gains 5% on one article and loses 5% on the other. Find his overall gain or loss.

1. Loss Rs. 60

2. Profit Rs. 50

3. Profit Rs. 60

4. Loss Rs. 50

18. A divisor is 15 times the quotient and 3 times the remainder. If the remainder is 40, find the dividend.

1. 900

2. 750

3. 1000

4. 600

19. A and B can do a piece of work in 18 days. B and C together can do it in 30 days. If A is twice as good a workman as C, find how many days B alone can do the work.

1. 90 days

2. 100 days

3. 80 days

4. 75 days

20. The sum of the three numbers is 280. If the ratio between the first and second numbers is 2 : 3 and the ratio between the second and third numbers is 4 : 5, then find the second number.

1. 80

2. 90

3. 86

4. 96

ANSWER KEY

===============================================================================================================================

1- D, 2- D, 3- A, 4- C, 5- B, 6- B, 7- C, 8- A, 9- C, 10- D, 11- B, 12- B, 13- D, 14- D, 15- C, 16- D, 17- D, 18- C, 19- A, 20- D.

===============================================================================================================================

SOLUTIONS

1. The fourth option is the correct choice.

Explanation: The three major states cultivating floriculture products are Tamil Nadu, Karnataka, and West Bengal. The passage mentions that these states have gone ahead of other producing states in floriculture, with Tamil Nadu at 20%, Karnataka at 13.5%, and West Bengal at 12.2%.

Therefore, the correct answer is Tamil Nadu, Karnataka, and West Bengal.

2. The fourth option is the correct choice.

The passage mentions that the liberalisation of industrial and trade policies paved the way for the development of export-oriented production of cut flowers. This policy change, along with the new seed policy allowing the import of planting material of international varieties, facilitated the growth of commercial floriculture and increased the export potential.

Therefore, the correct answer is the liberalisation of industrial and trade policies by the government.

3. The first option is the correct choice.

The passage provides information about the significant developments and growth of the floriculture industry in India, including the shift from sustenance production to commercial production, the cultivation practices, the government's recognition of floriculture as a sunrise industry, the impact of liberalisation on export-oriented production, and the industry's potential for international trade.

Therefore, the main theme of the passage is the rise of floriculture industry in India.

4. The third option is the correct choice.

The area under floriculture production in India is approximately 249 thousand hectares. This information is explicitly mentioned in the passage, where it states, "The area under floriculture production in India is around 249 thousand hectares".

Therefore, the correct answer is 249 thousand hectares.

5. The second option is the correct choice.

The correct figure mentioned in the passage is "INR 571.38 crores," not million dollars. The statement incorrectly converts the currency to dollars. So, this statement is not true according to the information provided in the passage.

Therefore, the incorrect statement is: "India's total export of floriculture was $571.38 million in 2018-19."

6.Given that,

N = Wooden bats of Brand B manufactured by U

For company U, the total number of bats is 550000, and 75% are plastic bats. The number of wooden bats is 25%.
So, the number of wooden bats = 550000 × (25/100) = 137500
The ratio of Brand A to Brand B wooden bats for company U is 41 : 14.
So, N = 137500 × (14/55) = 35000

M = Total wooden bats manufactured by R and W together
For company R, 55% of the bats are plastic, and 45% are wooden.
So, number of wooden bats = 550000 × (45/100) = 247500
For company W, 40% of the bats are plastic and 60% are wooden.
So, number of wooden bats = 550000 × (60/100) = 330000
So, M = 247500 + 330000 = 577500

Therefore, N/M = 35000 / 577500 = 0.061
Hence, the correct answer is 0.061.

7. Let's break it down step by step:

X (average of plastic bats manufactured by V, U, and T):

• For V: 60% of 550,000 = 330,000 plastic bats

• For U: 75% of 550,000 = 412,500 plastic bats

• For T: 45% of 550,000 = 247,500 plastic bats

Therefore, X = (330,000 + 412,500 + 247,500) / 3 = 330,000

Y (number of Brand A wooden bats manufactured by V):

• Wooden bats by V = 40% of 550,000 = 220,000

• Brand A wooden bats = (7/22) × 220,000 = 70,000

Final Calculation:

• X - Y = 330,000 - 70,000 = 260,000

Hence, the correct answer is 260,000.

8. For R:

• Percentage of wooden bats = 45%

• Number of wooden bats = 0.45 × 550,000 = 247,500

• Ratio of Brand A to Brand B = 21:4

• Number of Brand A wooden bats = (21/25) × 247,500 = 207,900

For S:

• Percentage of wooden bats = 30%

• Number of wooden bats = 0.30 × 550,000 = 165,000

• Ratio of Brand A to Brand B = 8:7

• Number of Brand A wooden bats = (8/15) × 165,000 = 88,000

For T:

• Percentage of wooden bats = 55%

• Number of wooden bats = 0.55 × 550,000 = 302,500

• Ratio of Brand A to Brand B = 6:19

• Number of Brand A wooden bats = (6/25) × 302,500 = 72,600

For U:

• Percentage of wooden bats = 25%

• Number of wooden bats = 0.25 × 550,000 = 137,500

• Ratio of Brand A to Brand B = 41:14

• Number of Brand A wooden bats = (41/55) × 137,500 = 102,500

For V:

• Percentage of wooden bats = 40%

• Number of wooden bats = 0.40 × 550,000 = 220,000

• Ratio of Brand A to Brand B = 7:15

• Number of Brand A wooden bats = (7/22) × 220,000 = 70,000

For W:

• Percentage of wooden bats = 60%

• Number of wooden bats = 0.60 × 550,000 = 330,000

• Ratio of Brand A to Brand B = 5:6

• Number of Brand A wooden bats = (5/11) × 330,000 = 150,000

Total number of Brand A wooden bats produced by all six companies: 207,900 (R) + 88,000 (S) + 72,600 (T) + 102,500 (U) + 70,000 (V) + 150,000 (W) = 691,000

Thus, the total number of Brand A wooden bats produced by all six companies is indeed 691,000.

9. Given: P is the sum of wooden bats of Brand B manufactured by S and wooden bats of Brand A manufactured by W.

For S,

The percentage of wooden bats = 30%

⇒ The number of wooden bats = 0.30 × 550000 = 165000

The ratio of brand A to Brand B for wooden bats = 8 : 7

The number of brand B wooden bats = 7/15 × 165000 = 77000

For W,

The percentage of wooden bats = 60%

⇒ The number of wooden bats = 0.60 × 550000 = 330000

The ratio of Brand A to Brand B for wooden bats = 5 : 6

⇒ The number of Brand A wooden bats =5/11 × 330000 = 150000

⇒ P = 77000 + 150000 = 227000

Given that Q is the difference between Brand B wooden bats and Brand A wooden bats manufactured by U.

For U,

The percentage of wooden bats = 25%

⇒ The number of wooden bats = 0.25 × 550000 = 137500

⇒ The ratio of Brand A to Brand B for wooden bats = 41 : 14

⇒ The number of Brand A wooden bats = 41/55 × 137500 = 102500

And, the number of Brand B wooden bats = 41/55 × 137500 = 35000

⇒ Q = 35000 – 102500 = 67500

Therefore, P – Q = 227000 – 67500 = 159500

Hence, the correct answer is 159500.

10. The total number of bats manufactured by company T is 550000.

Given that 45% of these are plastic bats.

So, the number of wooden bats is 55% of the total.

The total number of wooden bats = 550000 × (55/100) = 302500

The ratio of Brand A to Brand B wooden bats for company T is 6 : 19.

Therefore, the total number of Brand A wooden bats = 302500 × (6 / (6 + 19)) = 302500 × (6 / 25) = 72600

Hence, the correct answer is 72600.

11. The correct option is 2 December 2011.

The Reserve Bank initially implemented a comprehensive regulatory framework for Non-Banking Financial Companies-Micro Finance Institutions (NBFC-MFIs) in December 2011. This framework established eligibility criteria for microfinance loans that were tied to essential features of microfinance, specifically focusing on providing small collateral-free loans to borrowers from low-income groups.

12. The correct answer is the Goods and services tax.

A tax on goods and services is known as the goods and services tax or GST. It is an indirect tax that was put in place to take the place of several other indirect taxes, including excise duty, VAT, purchase tax, and service tax. In India, it is imposed on the supply of specific goods and services.

13. The correct option is the Southeast Monsoon season.

India experiences four distinct seasons:

• Winter (Cold Weather Season): Lasting from December to February, this season brings cool temperatures.

• Summer (Hot Weather Season): Beginning in March and ending in May, this season is characterised by high temperatures.

• Monsoon (Rainy) Season: The southwest monsoon, marked by winds carrying moisture from the sea, occurs from June to September.

• Autumn (Northeast Monsoon Season): Also known as the season of retreating monsoon, winds move back from the mainland to the Bay of Bengal during this period.

14. The correct answer is Madhya Pradesh.

Bhimbetka, a noted site of the Paleolithic, is located in Madhya Pradesh. It is just 45 kilometres away from the Capital city of Madhya Pradesh, Bhopal. It is famous for cave paintings from around 8000 B.C. This site was included in the list of UNESCO World Heritage Sites in 2003.

15. The COP28 climate summit in 2023 was hosted by the United Arab Emirates (UAE), specifically in Dubai.

16. Total distance = 42 km

Total time = 5 hours

Speed when he travelled on foot = 6 km/h

Speed when he travelled on bicycle = 10 km/h

Time = Distance / Speed

Let the distance travelled on foot be d.

Time taken on foot + Time taken on bicycle = Total time taken

⇒ d / 6 + (42 – d) / 10 = 5

⇒ (5d + 3 × (42 – d)) / 30 = 5

⇒ 5d + 126 - 3d = 5 × 30

⇒ 2d + 126 = 150

⇒ d = 12 km

Therefore, the distance traveled on foot is 12 km.

Hence, the correct answer is 12 km.

17. A man sells two articles at Rs. 9,975 each.

Total selling price = Rs. 9,975 × 2 = Rs. 19,950

He gains 5% on one article.

Cost price of that article = (100 / 105) × 9,975 = 9,500

He loses 5% on the other article.

Cost price of that article = (100 / 95) × 9,975 = 10,500

The total cost price is = Rs. 9,500 + Rs. 10,500 = Rs. 20,000

Loss = Rs. 20,000 – Rs. 19,950 = Rs. 50

Hence, the correct answer is a loss of Rs. 50.

18. Given: A divisor is 15 times the quotient and 3 times the remainder.

The remainder is 40.

The divisor = 3 × 40 = 120

We know that Dividend = Divisor × Quotient + Remainder.

According to the question,

Divisor = 15 times the quotient

⇒ 120 = 15 × quotient

⇒ Quotient = 8

Dividend = 120 × 8 + 40

⇒ Dividend = 960 + 40 = 1000.

Hence, the correct answer is 1000.

19. Given: A and B can do a piece of work in 18 days.

The work done by A and B in 1 day = 1/18.

B and C together can do it in 30 days.

The work done by B and C in 1 day = 1/30.

Total work = Time × Efficiency.

The ratio of efficiency of A and C = 2k : k.

According to the question,

(A + B)'s efficiency – (B + C)'s efficiency = 2k – k

⇒ 1/18 – 1/30 = k

⇒ k = (5 – 3) / 90

⇒ k = 2 / 90

⇒ k = 1 / 45

The efficiency of A = 2k = 2 / 45.

The efficiency of B = 1 / 18 – 2 / 45 = (5 – 4) / 90 = 1 / 90

⇒ B completes the work in 90 days.

Hence, the correct answer is 90 days.

20. Given: The sum of the three numbers is 280.

The ratio between the first and second numbers is 2:3, and the ratio between the second and third numbers is 4:5.

Let the three numbers be P, Q, and R.

According to the question:

P + Q + R = 280

P:Q = 2:3

Q:R = 4:5

To make the ratios compatible, multiply the first ratio by 4 and the second ratio by 3:

P:Q:R = 8:12:15

According to the question:

8x + 12x + 15x = 280

⇒ 35x = 280

⇒ x = 8

The second number Q = 12x = 12 × 8 = 96

Hence, the correct answer is 96.

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Other Useful Resources

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