Set-101
Bar graph shows percentage distribution of four different types of structure and table shows the ratio of red to blue to yellow color of structures. Read the table and bar graph carefully and answer the following question.
1. Find the ratio of yellow color triangles and red color squares together to blue color circles, blue color squares and yellow color rectangles together.
1. 17:15
2. 20:17
3. 13:15
4. 15:13
5. 17:20
2. Find number of blue color triangles and blue color squares together is what percentage of total number of structures.
1. 10%
2. 15%
3. 20%
4. 25%
5. 30%
3. If sum of blue color square and yellow color rectangles is 144, then find the total number of red color circle and blue color triangle.
1. 150
2. 160
3. 170
4. 180
5. 190
4. If the number of blue color trapezium is 25% more than that of circle and red color trapezium is 80% less than total number of triangle shapes. If total number of square shapes is 3000, then find the total number of red and blue color trapezium.
1. 1325
2. 1300
3. 1352
4. 1235
5. 1245
5. If the difference between total rectangle and triangle shapes is 150, then find the total number of yellow color circle.
1. 20
2. 30
3. 40
4. 50
5. 60
6. If average number of red color circle and blue color square is 30, then find the total number of yellow colors shape of all the structures.
1. 108
2. 118
3. 128
4. 138
5. 148
Set-102
Pie chart (I) shows the percentage distribution of upstream speed (in km/hr) of five boats (A, B, C, D & E) and pie chart (II) shows percentage distribution of downstream speed of these boats. Read the graph carefully and answer the following question.
NOTE: Every boat is travelling in different streams.
1. If speed of boat D in still water is 11 km/hr and speed of stream is 3 km/hr. then speed of boat E in still water is what percentage of upstream speed of boat A?
1. 600%
2. 300%
3. 800%
4. 1000%
5. 1200%
2. The ratio of speed of boat C to boat A in still water is 5:4. Find which of the given option(s) is correct.
1. Ratio of speed of boat A in downstream to speed of boat C in upstream is 5:3.
2. Upstream speed of boat E is 20% of downstream speed of boat B.
3. None is these.
4. Both (a) and (b) are correct.
5. Either (a) or (b) is correct.
3. The speed of boat B in downstream is 400% more than upstream speed of boat E and speed of boat D in still water is 11 km/hr. Find the speed of stream for boat C .
1. 5 km/hr
2. 12 km/hr
3. 9 km/hr
4. 6 km/hr
5. 3 km/hr
4. If sum of speed of boat A and B together is 32 km/hr and speed of stream for boat D is 3 km/hr, then find the sum of downstream speed and upstream speed of boat A.
1. 12 km/hr
2. 16 km/hr
3. 20 km/hr
4. 24 km/hr
5. 30 km/hr
5. The sum of downstream speed of boat E and boat B is 192 km/hr and difference between upstream speed of boat E and A is 8 km/hr. Find the difference between downstream and upstream speed of boat C.
1. 12 km/hr
2. 24 km/hr
3. 48 km/hr
4. 72 km/hr
5. 96 km/hr
6. The downstream speed of boat A is 20 km/hr less than double the speed of boat A in still water. Find the upstream speed of boat E.
1. 12 km/hr
2. 16 km/hr
3. 20 km/hr
4. 24 km/hr
5. 30 km/hr