Q-DI-376Q.41
Find the difference between the total number of mangoes sold to males by shops A and C together and the total number of mangoes sold to females by shops B and D together.
- (a) 660
- (b) 640
- (c) 650
- (d) 610
- (e) 630
Quantitative Aptitude
401 questions across 10 exam years. Answers for this topic
Directions · Q.41–46
Read the following table carefully and answer the questions given below. The table shows the total number of mangoes sold and the percentage of mangoes sold to females by four shops.
| Shops | Total number of mangoes sold | Percentage of mangoes sold to females |
|---|---|---|
| A | 480 | 75% |
| B | 560 | 60% |
| C | 320 | 45% |
| D | 750 | 80% |
Find the difference between the total number of mangoes sold to males by shops A and C together and the total number of mangoes sold to females by shops B and D together.
The total number of mangoes sold by shop E is 25% more than that of shop C. If the number of mangoes sold to males by shop E is 3/4 of the total number of mangoes sold to males by shop B, then find the number of mangoes sold to females by shop E.
The total number of mangoes sold to males by shop D is what percentage more or less than the total number of mangoes sold to females by shop A?
Note: Answer check: the source key reads the comparison the wrong way round. With the correct base the answer is 58.33% less, so check the base before trusting the key.
The number of mangoes sold by shop C to males and females at 25% and 50% profit, respectively. If the cost price of each mango sold by shop C is Rs 20, then find the overall profit earned by shop C (in Rs).
5/8 of the number of mangoes sold to females by shop B are rotten, and the total number of rotten mangoes sold by shop B is 315. Find the number of fresh mangoes sold to males by shop B.
The total number of apples sold by shop D is 20% less than the average number of mangoes sold by shops B and C. The total number of apples sold to males by shop D and the total number of mangoes sold to females by shop B are in the ratio of 9:16, respectively. Find the total number of apples sold to females by shop D.
Directions · Q.63–65
Read the data carefully and answer the following questions. There are two buses A and B. Total number of seats in A is 40 and out of that 6 seats are vacant. The number of males occupied the seat in A is 6 more than that of females occupied the seats. The vacant seats in B is 50% less than that of A. The ratio of male occupied to females occupied the seats in bus B is 10:7. Total occupied seats in B is 50% more than A.
Find the difference between total seats in A and B.
Note: Answer check: Source key looks wrong: the question asks for the difference, but the source solution adds the two values (40+54=94). The difference, 14, is not among the options.
Find the total seats occupied by females in both the buses is what percentage of total seats in A.
Find the ratio of occupied seats in B to vacant seats in both the buses.
Directions · Q.66–70
Read the information carefully and answer the following questions. The pie chart shows the percentage of total students (male and females) in four colleges and another pie chart shows the number of females in these colleges. [Chart data transcribed from the chart image in the source PDF]
Pie chart 1 - Percentage of total male and females = 2000
Pie chart 2 - Females = 800
Find the average number of males in B, C & D.
Find the ratio of males in college C and D together to females in A and C together.
Find the total females in C and B together is what percentage of total students in D.
In college D, total number of students is 3X, out of that 35% are females. Find the males in D is what percentage more/less than total students in B.
Find the difference between total students in A & B together and twice the males in B.
Directions · Q.41–46
Read the information and answer the following question. The table shows the total number of females and ratio of male to females in five different companies.
| Companies | Males: Females | Females |
|---|---|---|
| A | 7:5 | 25 |
| B | 3:4 | 64 |
| C | 6:11 | 88 |
| D | 3:7 | 70 |
| E | 9:13 | 65 |
In company F, total number of females are 20% more than females in A and males are 20% less than that of females. Find the difference between total employees in F and E.
Find the average number of males in D and B.
The ratio of promoted to non-promoted from total employees in D is 2:3. Total females who got promoted in D is 25. Find the females who got promoted in D is what percentage of non promoted females in D.
Find the ratio of total employees in A to males in B & D together.
Find the difference between total males and females in all the companies.
The ratio of intern to permanent employees in C is 1:1 and out of that 25 are female intern. Find the permanent male employees in C.
Directions · Q.47–52
The line graph shows the number of cupboard and dashboard in four shops. [Values read off the line-graph image in the source PDF; the graph has no data labels, points lie on gridlines (interval 25)]
| Shop | Cupboard | Dashboard |
|---|---|---|
| A | 100 | 225 |
| B | 75 | 200 |
| C | 125 | 175 |
| D | 100 | 125 |
Find the average of cupboard in A, dashboard in B and (cupboard + dashboard) in C.
Find the ratio of (cupboard and dashboard) in A to dashboard in B and C together.
Cupboard in all the shops is how many more than dashboard in A and B together.
Note: Answer check: Graph values give cupboards 25 less than dashboards, not 25 more as the question says. The source key (25) is still the only sensible option.
If 20% of the cupboard sold from total cupboard in A and 45 dashboard sold out of total dashboard in B. find the sum of unsold dashboard in B and unsold cupboard in A.
The ratio of defective to non defective cupboard in C is 3:2, find the non-defective cupboard in C is what percentage more/less than total dashboard in B.
Find the cupboard in B is what percentage of dashboard in D.