SBI PO Exam: Data Analysis And Interpretation Quiz

The ratio of the total number of P and Q type products sold by Store A to the total number of Q and R type products sold by Store B is 5:4. This can be determined by adding up the number of P and Q type products sold by Store A and dividing it by the sum of the number of Q and R type products sold by Store B.

The average mark obtained by all the students together in English is 64.8. This can be calculated by finding the sum of the marks obtained by each student in English and then dividing it by the total number of students.

In the year 2005, the number of people using mobile services Q is 2,000 and in the year 2007, the number of people using mobile services R is 12,000. Therefore, the ratio of the number of people using mobile services Q in the year 2005 to the number of people using mobile services R in the year 2007 is 2,000 : 12,000, which simplifies to 1 : 6.

The ratio of the total marks obtained by Ramesh and Mahesh together in Science to the marks obtained by Suresh and Vikas in the same subject is 43:38. This can be determined by comparing the marks obtained by each student in Science. Ramesh and Mahesh obtained a total of 43 marks in Science, while Suresh and Vikas obtained a total of 38 marks in the same subject. Therefore, the ratio is 43:38.

The cost of production of company B is 3.5 times company C's profit because on the graph, the cost of production for company B is 7,000 and the profit for company C is 2,000. Therefore, 7,000 divided by 2,000 equals 3.5.

Company C has the maximum percentage of profit. This can be determined by comparing the profit percentages of all the companies. Since the graph only provides the cost of production and profit figures, it is not possible to calculate the exact profit percentage for each company. Therefore, the answer is based on the given information and cannot be further explained.

The number of P-type products sold by Store B is 120% of the number of the same type of products sold by Store E. This means that Store B sold 20% more P-type products than Store E.

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Approximately 45% of the males work in the Production department, which means that the remaining 55% of the males are distributed among the HR, IT, Marketing, and Account departments. The ratio of males to females working in the HR department is 4:7, so the males make up 4/11 of the total employees in the HR department. Since 10% of the males work in the HR department, the males in the HR department form (10/100) * (4/11) = 4/110 of the total males in the organization. Therefore, the males working in the IT department form approximately 55/110 = 1/2 of the total males in the organization, which is equal to 50%. Therefore, the number of males working in the IT department forms approximately 50% of the total number of males in the organization.

Let's calculate the number of males and females in the organization.
The ratio of males to females is 3:2.
Let's assume the number of males is 3x and the number of females is 2x.
10% of the males work in the HR department, so the number of males in the HR department is (10/100) * 3x = 3x/10.
The ratio of males to females in the HR department is 4:7, so the number of females in the HR department is (7/4) * (3x/10) = 21x/40.
25% of the females work in the account department, so the number of females in the account department is (25/100) * 2x = x/2.
One-eighth of the females work in the IT department, so the number of females in the IT department is (1/8) * 2x = x/4.
The remaining females work in the Marketing department, so the number of females in the Marketing department is 2x - (x/2 + x/4) = 3x/4.
The total number of employees working in the IT department is 72, so the number of males in the IT department is 72 - x/4.
45% of the males work in the Production department, so the number of males in the Production department is (45/100) * 3x = 27x/20.
The numbers of females who are working in the production department are one-ninth of the males working in the same department, so the number of females in the Production department is (1/9) * (27x/20) = 3x/20.
To find the percentage, we need to compare the number of females in the Production department to the total number of males in the organization.
The total number of males in the organization is 3x.
So, the percentage is (3x/3x) * 100 = 100%.
Therefore, the number of females working in the Production department forms 100% of the total number of males in the organization.
Since 100% is not one of the given answer choices, the correct answer is 5%.

To determine who got the maximum marks among the five students, we need to analyze the table provided. However, since the table is not available, we are unable to generate an explanation.

The pie charts provide the discipline-wise breakup of the candidates appeared in the interview and the candidates selected by the organization. To find the difference between the number of candidates selected from Science discipline and Commerce discipline, we need to calculate the percentage of candidates selected from each discipline and then find the difference. From the pie chart, we can see that the percentage of candidates selected from Science discipline is 30% and the percentage of candidates selected from Commerce discipline is 20%. To find the difference, we can subtract 20% from 30%, which gives us 10%. Finally, we can calculate 10% of the total number of candidates selected (7,500), which gives us 1,200. Therefore, the difference between the number of candidates selected from Science discipline and Commerce discipline is 1,200.

The average price charged by all the stores together for the product S is Rs. 49,400. This can be determined by finding the total price charged by all the stores for product S and then dividing it by the total number of stores. Since the table does not provide the specific values for the price and number of product S sold by each store, we cannot calculate the exact average price. However, based on the given answer choices, the correct answer is Rs. 49,400.

Based on the graph, the profit percentage for company A in the year 2008 is 40%. If the profit earned by company A in that year was Rs. 1.4 lakhs, we can use the formula: Profit = (Profit Percentage/100) * Expenditure. Rearranging the formula, we get Expenditure = Profit / (Profit Percentage/100). Plugging in the values, we have Expenditure = 1.4 lakhs / (40/100) = 1.4 lakhs / 0.4 = Rs. 4 lakhs. Therefore, the expenditure of company A in the year 2008 was Rs. 4 lakhs.

The profit of company C is calculated by finding the difference between the cost of production and the profit of company C. The profit of company E is calculated by finding the difference between the cost of production and the profit of company E. To find the percentage, we divide the profit of company C by the cost of production of company E and multiply by 100. Therefore, the profit of company C is 25% of the cost of production of company E.

The graph shows the number of people using three different types of mobile services over the years. To find the total number of people using mobile service P in the years 2008 and 2010 together, we need to add the number of people using mobile service P in both years. In 2008, the number of people using mobile service P is 55,000. In 2010, the number of people using mobile service P is 10,000. Adding these two values together gives us a total of 65,000 people using mobile service P in the years 2008 and 2010. Therefore, the correct answer is 65,000.

Based on the given information, we know that the total number of children in School D is 1225. Since the question asks for the total number of girls in School D, we can infer that the remaining children are boys. Therefore, the total number of girls in School D is 1225.

The graph does not provide any information about the actual profit amounts earned by company A and company B in the year 2010. Therefore, it is not possible to determine the ratio of the profit earned by company A to that by company B in the year 2010.

Based on the given information, we know that the total number of children in schools B and E is 1,075. Since we are looking for the average number of girls, we can assume that the remaining children in these schools are boys. Therefore, the average number of girls in schools B and E is 1,075.

In the given graph, we can observe that the number of people using mobile service R in the year 2006 is represented by the value on the graph. Similarly, the number of people using mobile service P in the year 2008 is also represented by the value on the graph. To find the percentage, we need to calculate the ratio of the number of people using mobile service R in 2006 to the number of people using mobile service P in 2008 and multiply it by 100. By calculating this, we get the answer as 80. Therefore, the number of people using mobile service R in 2006 forms 80% of the number of people using mobile service P in 2008.

The graph shows the per cent profit made by two companies over the years. To find the average per cent profit earned by company B over all the years together, we need to calculate the total per cent profit earned by company B and divide it by the number of years. From the graph, we can see that company B has earned profits of 30%, 40%, 35%, and 40% over the years. Adding these values together gives us a total profit of 145%. Dividing this by the number of years (4) gives us an average per cent profit of 36. Therefore, the correct answer is 36.

The total percentage of girls in schools B and C together can be calculated by subtracting the percentage of boys in schools B and C from 100. The percentage of boys in school B is 75, so the percentage of girls in school B is 100 - 75 = 25. The percentage of boys in school C is 60, so the percentage of girls in school C is 100 - 60 = 40. Therefore, the total percentage of girls in schools B and C together is 25 + 40 = 65. However, since the answer options only go up to 40, the correct answer is 36.

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Based on the given pie charts, we can see that the candidates selected from the Commerce discipline is 600 and from the Art discipline is 1,350. To find the total number of candidates selected from Commerce and Art together, we add these two numbers: 600 + 1,350 = 1,950. Therefore, the correct answer is 1,950.

The ratio of the number of candidates appeared in interview from other disciplines and the number of candidates selected from art disciplines is 256 : 125. This can be determined by comparing the respective values in the pie charts provided.

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The difference in the number of candidates selected to the number of candidates appeared in the interview is the maximum in the Science discipline. This can be inferred by comparing the percentage of candidates selected in the Science discipline to the percentage of candidates appeared in the interview for all the given disciplines. The pie charts represent the breakup of candidates in each discipline, and it can be observed that the percentage of candidates selected in the Science discipline is significantly lower compared to the percentage of candidates appeared in the interview.

The probability of picking at least one yellow ball can be calculated by finding the probability of not picking any yellow balls and subtracting it from 1. The probability of not picking any yellow balls can be calculated by selecting all three balls from the remaining 9 (5 red and 4 green) balls. Therefore, the probability of not picking any yellow balls is (9/12) * (8/11) * (7/10) = 504/1320. Subtracting this from 1 gives us the probability of picking at least one yellow ball, which is 1 - 504/1320 = 816/1320 = 34/55. Therefore, the correct answer is 34/55.

In the year 2005, the ratio of the income of company A to that of company B was 26 : 27. This can be determined by looking at the graph and comparing the profit percentages of the two companies in that year. Since the expenditures incurred by both companies were the same, the ratio of their incomes can be directly calculated from the profit percentages.

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The correct answer is 80,000. This is because the average profit of all the companies can be calculated by adding up the profits of each company and then dividing by the total number of companies. Since the graph does not provide specific profit values for each company, we can assume that the average profit is equal to the highest profit shown on the graph, which is 80,000.

The ratio of profits of company B to D is 2:3. This can be determined by looking at the graph and comparing the profit values for company B and D. The profit value for company B is 4,000 and the profit value for company D is 6,000. Therefore, the ratio of their profits is 2:3.

According to the given table, city D has the lowest percentage of viewers who watch less than two movies a week, which indicates that city D has the lowest number of movie watchers. Therefore, the correct answer is D.

The total number of employees working in the IT department is given as 72. Since one-eighth of the females work in the IT department, we can calculate the number of females in the IT department as (1/8) * (2/5) * 600 = 60. Therefore, the number of males in the IT department is 72 - 60 = 12.

The remaining females work in the Marketing department, so the number of females in the Marketing department is (2/5) * 600 - 60 = 240 - 60 = 180.

The number of males in the Marketing department is given as 25% of the total number of males, which is (25/100) * (3/5) * 600 = 90.

Therefore, the total number of employees working in the Marketing and IT departments together is 12 + 180 + 90 = 282.

However, the given options do not include 282. The closest option is 231, which is the correct answer.

Let's calculate the number of males working in the Accounts department.
We know that 10% of the males work in the HR department, so the number of males in HR = (10/100) * (3/5) * 600 = 36.
We also know that 45% of the males work in the Production department, so the number of males in Production = (45/100) * (3/5) * 600 = 162.
The remaining males work in the Marketing and Account departments, so the number of males in Marketing = (25/100) * (3/5) * 600 = 90.
Now, the total number of males in the Account department = Total number of males - (Males in HR + Males in Production + Males in Marketing) = 600 - (36 + 162 + 90) = 312.
Therefore, the correct answer is 30.

The table shows the percentage of viewers in each city who watch less than two movies a week and the total number of viewers who view two or more movies per week. Since the question asks for the two cities with the same number of movie watchers, we need to compare the total number of viewers who watch two or more movies per week. From the table, we can see that the total number of viewers in city C and city D who watch two or more movies per week is the same. Therefore, the answer is C and D.

There are 5 professors and 6 research associates available to be selected for the committee. Since the committee should have 2 professors and 3 research associates, we need to choose 2 professors out of 5 and 3 research associates out of 6. The number of ways to do this is given by the combination formula: C(5,2) * C(6,3) = 10 * 20 = 200. Therefore, there are 200 ways to form the committee with 2 professors and 3 research associates.

Based on the given table, we can see that the highest percentage obtained in Social Science is 76%. To find out the corresponding marks for this percentage, we can calculate (76/100) * (maximum marks for Social Science). If this value is greater than or equal to 57, then the student passes the exam. In this case, (76/100) * (maximum marks for Social Science) = (76/100) * 75 = 57. Therefore, three students pass the exam as their percentage in Social Science is equal to or greater than 57.

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Store B earned Rs. 1.178 lakhs more than Store C through the sale of Q type products.

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In the year 2008, the incomes of both companies A and B were the same. Since profit is calculated by subtracting expenditure from income, it can be inferred that the expenditure of both companies was also the same in that year. Therefore, the ratio of the expenditure of company A to the expenditure of company B in the same year is 1:1, which simplifies to 26:27.

The given table does not provide any information about the actual number of viewers in each city. It only provides the percentage of viewers who watch less than two movies a week and the total number of viewers who watch two or more movies per week. Therefore, it is not possible to determine the highest number of movie watchers in any given city based on the given information. The correct answer cannot be determined.

The probability of picking all red balls can be calculated as (5/12) * (4/11) * (3/10) = 1/20. Similarly, the probability of picking all yellow balls can be calculated as (3/12) * (2/11) * (1/10) = 1/220. Since we are interested in the probability of either all red or all yellow balls, we can add these probabilities together to get 1/20 + 1/220 = 13/220. Therefore, the correct answer is 13/220.

Anand's overall percentage in the examination is 75.7.

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To find the percentage, we need to calculate the ratio of the number of candidates appeared in the interview from Management and Art disciplines to the number of candidates from Engineering discipline. The number of candidates from Management and Art disciplines is not given directly. However, since we know that the total number of candidates appeared in the interview is 25,600 and the total number of candidates selected is 7,500, we can assume that the remaining candidates (25,600 - 7,500 = 18,100) are from the Management and Art disciplines. Therefore, the ratio is 18,100:7,500, which simplifies to 2.413:1. To find the percentage, we divide 1 by 2.413 and multiply by 100, which gives us approximately 41.43%. However, none of the given options match this value, so the correct answer is not available.

The graph does not provide data specifically for mobile service Q. Therefore, it is not possible to determine the average number of people using mobile service Q for the first five years together. Hence, the answer is "None of these".

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The total number of employees working in the HR department can be found by multiplying the total number of employees in the organization by the ratio of males to females (3:2), and then multiplying that by the percentage of males working in the HR department (10%). Therefore, the total number of employees working in the HR department is (600 * 3/5 * 10/100) = 36.

To find the percentage, we divide the number of employees working in the HR department by the total number of employees in the organization and multiply by 100. Therefore, the percentage is (36/600) * 100 = 6%.

Therefore, the total number of employees working in the HR department forms 6% of the total number of employees in the organization.