Mensuration Questions for SSC with Answer and Solutions – Mock Test for free online practice. Previous year MCQs from of SSC CGL, CHSL, CPO, GD Competitive Exams.

Mock Test : Mensuration Questions

Subject : Mathematics

Medium : English

Important MCQs from the previous year SSC Papers

All type of questions with short tricks and explanation

## Results

### #1. The diagonals of two squares are in the ratio of 3 : 7. What is the ratio of their areas?

### #2. What will be the percentage of increase in the area square when each of the its sides is increased by 10%?

### #3. If the length of each of two equal sides of an isosceles triangle is 10 cm and the adjacent angle is 45°, then the area of the triangle is :

### #4. The length of the diagonal of a rectangle with sides 4 m and 3 m would be

### #5. Two isosceles triangles have equal vertical angles and their areas are in the ratio of 9 : 16. Then the ratio of their corresponding heights is :

### #6. If the altitude of an equilateral triangle is \(12\sqrt3\) cm, then its area would be :

### #7. The amount of rice produced in a square field of side 50 m is 750 kg. The amount of rice produced in a similar square field of side 100 m will be

### #8. A plate on square base made of brass is of length \(x\) cm and width 1 mm. The plate weighs 4725 gm. If 1 cubic cm of brass weighs 8.4 gram, then the value of \(x\) is :

### #9. The perimeter of a triangle is 54 m and its sides are in the ratio of 5 : 6 : 7 The area of the triangle is

### #10. The lengths of two parallel sides of a trapezium are 6 cm and 8 cm. If the height of the trapezium be 4 cm, then its area is :

### #11. If the sides of an equilateral triangle be increased by 1 m its area is increased by \(\sqrt3\) sq. metre. The length of any of its sides is

### #12. The perimeter of a triangle and an equilateral triangle are same. Also, one of the sides of the rectangle is equal to the side of the triangle. The ratio of the area of the rectangle and the triangle is :

### #13. If the sum of the length, breadth and height of a rectangular parallelepiped is 24 cm and the length of its diagonal is 15 cm, then its total surface area is

### #14. The radii of two circles are 10 cm and 24 cm. The radius of a circle whose area is the sum of the area of these two circles is

### #15. The perimeter of a semi-circular path is 36 m. Find the area of this semi-circular path.

### #16. The four equal circles of radius 4 cm drawn on the four corners of a square touch each other externally. Then the area of the portion between the square and the four sectors is

### #17. The area of an equilateral triangle is \(4 \sqrt3 \:cm^2\) The length of each side of the triangle is

### #18. If the area of a circle inscribed in a square is \(971 \:cm^2 \), then the area of the square is

### #19. If the circumference of a circle is reduced by 50%, its area will be reduced by :

### #20. A took 15 sec to cross a rectangular field diagonally walking at the rate of 52 m/min. and B took the same time to cross the same field along its sides walking at the rate of 68 m/min. The area of the field is

### #21. If the length of a rectangle is increased by 25% and the width is decreased by 20%, then the area of the rectangle

### #22. The sides of a triangle having area 7776 sq. cm are in the ratio 3 : 4 : 5. The perimeter of the triangle is :

### #23. The in-radius of an equilateral triangle is \(\sqrt3\) cm, then the perimeter of that triangle is .

### #24. The diameter of a wheel is 98 cm. The number of revolutions in which it will have to cover a distance of 1540 m is :

### #25. The ratio of the radii of two wheels is 3 :4 The ratio of their circumference is

**Explanation**: Tricky Approach

Ratio of the circumference

= Ratio of radii = 3 : 4