Advertisements
Advertisements
Question
Find the height of a cuboid whose base area is 180 cm2 and volume is 900 cm3?
Advertisements
Solution
Base area of the cuboid = Length × Breadth = 180 cm2
Volume of cuboid = Length × Breadth × Height
900 cm3 = 180 cm2 × Height
Height = `(900/180)` cm
Height = 5 cm
Thus, the height of the cuboid is 5 cm.
APPEARS IN
RELATED QUESTIONS
Hameed has built a cubical water tank with lid for his house, with each other edge 1 .5 m long. He gets the outer surface of the tank excluding the base, covered with square tiles of side 25 cm. Find how much he would spend for the tiles, if the cost of tiles is Rs. 360 per dozen.
An 8 m long cuboidal beam of wood when sliced produces four thousand 1 cm cubes and there is no wastage of wood in this process. If one edge of the beam is 0.5 m, find the third edge.
Find the length of the longest rod that can be placed in a room 12 m long, 9 m broad and 8 m high.
If the length of a diagonal of a cube is `8 sqrt(3)` cm, then its surface area is
The length of the longest rod that can be fitted in a cubical vessel of edge 10 cm long, is
Three equal cubes are placed adjacently in a row. The ratio of the total surface area of the resulting cuboid to that of the sum of the surface areas of three cubes, is
The sum of the length, breadth and depth of a cuboid is 19 cm and its diagonal is ` 5 sqrt(5)` cm. Its surface area is
A cube whose volume is 1/8 cubic centimeter is placed on top of a cube whose volume is 1 cm3. The two cubes are then placed on top of a third cube whose volume is 8 cm3. The height of the stacked cubes is
Find the length of the largest pole that can be placed in a room of dimensions 12 m × 4 m × 3 m.



