SSC CGL Previous Year Questions: Mensuration - 4 - SSC CGL MCQ

The ratio of inradius and circumradius of a square is:    (SSC CGL 1st Sit. 2013)

The length and breadth of a square are increased by 30% and 20% respectively. The area of the rectangle so formed exceeds the area of the square by:    (SSC CHSL 2012)

A metal pipe of negligible thickness has radius 21 cm and length 90 cm. The outer curved surface area of the pipe in square cm is   (SSC CGL 2nd Sit. 2012)

A rectangular garden is 100 m × 80 m. There is a path along the garden and just outside it. Width of path is 10 m. The area of the path is    (SSC CGL 1st Sit. 2012)

The area of the largest triangle that can be inscribed in a semicircle of radius x in square units is:   (SSC CGL 2nd Sit. 2012)

The capacities of two hemispherical vessels are 6.4 litres and 21.6 litres. The ratio of their inner radii is    (SSC CGL 1st Sit. 2012)

The perimeter of a semi-circular area is 18 cm, then the radius is: (using π = 22/7)    (SSC CHSL 2012)

The ratio of the edges of rectangular parallelopiped is 1 : 2 : 3 and its volume is 1296 cubic cm. The area of the whole surface in sq. cm is:    (SSC CHSL 2012)

Diagonal of a cube is 6√3 cm. Ratio of its total surface area and volume (numerically) is:   (SSC CHSL 2012)

The circumference of the base of a 16 cm height solid cone is 33 cm. What is the volume of the cone in cm³?   (SSC CHSL 2012)

The length of a minute hand of a clock is 7 cm. The area swept by the minute hand in 30 minutes is:   (SSC CHSL 2012)

The volume of a cubical box is 3.375 cubic meters. The length of edge of the box is:  (SSC CHSL 2012)

If the numerical value of the volume of a right circular cylinder and its curved surface area are equal, then its radius is    (SSC Sub. Ins. 2012)

Volume of a right circular cone is numerically equal to its slant surface area. Then value of , where h and r are height and radius of the cone respectively, is    (SSC Sub. Ins. 2012)

The area of a semi-circular field is 308 sq. m; then taking π = 22/7, the length of the railing to surround it has to be   (SSC Sub. Ins. 2012)

ABCDEF is a regular hexagon of side 2 feet. The area, in square feet of the rectangle BCEF is    (SSC Sub. Ins. 2012)

The base of a triangle is 2 cm more than twice its altitude. If the area is 12 sq. cm, its altitude will be    (SSC Sub. Ins. 2012)

The sides of a triangles are in the ratio 2 : 3 : 4. the perimeter of the triangle is 18cm. The area (in cm²) of the triangle is    (SSC CGL 2nd Sit. 2011)

The wheel of a motor car makes 1000 revolutions in moving 440 m. The diameter (in metre) of the wheel is    (SSC CGL 2nd Sit. 2011)

Water is flowing at the rate of 5 km/h through a pipe of diameter 14cm into a rectangular tank which is 50 m long, 44m wide. The time taken, in hours, for the rise in the level of water in the tank to be 7 cm is    (SSC CGL 2nd Sit. 2011)

The areas of three consecutive faces of a cuboid are 12 cm², 20 cm² and 15 cm², then the volume (in cm³) of the cuboid is    (SSC CGL 2nd Sit. 2011)

A copper wire is bent in the form of square with an area of 121 cm². It the same wire is bent in the form of a circle, the radius (in cum) of the circle is (Take π = 22/7)    (SSC CGL 2nd Sit. 2011)

The perimeter of a triangle is 40cm and its area is 60 cm². If the largest side measures 17cm, then the length (in cm) of the smallest side of the triangle is    (SSC CGL 1st Sit. 2011)

A bicycle wheel makes 5000 revolutions in moving  11 km. Then the radius of the wheel (in cm) is (Take π = 22/7)    (SSC CGL 1st Sit. 2011)

A river 3 m deep and 40 m wide is flowing at the rate of 2 km per hour. How much water (in litres) will fall into the sea in a minute?   (SSC CGL 1st Sit. 2011)

The volume (in m³) of rain water that can be collected from 1.5 hectares of ground in a rainfall of 5 cm is    (SSC CGL 1st Sit. 2011)

A copper wire is bent in the shape of a square of area 81 cm². If the same wire is bent form of a semicircle, the radius (in cm) of the semicircle is  (Take π = 22/7)   (SSC CGL 1st Sit. 2011)