[" (iv) The radi of circular ends of frustum shape bucket are "14cm" and "7cm" .Height of "],[" the bucket is "10cm" .How many litres of water it can hold "?(1" litre "=1000cm^(2)" ) "]

The radii of two circular ends of frustum shaped bucket are 14 cm and 7 cm. Height of the bucket is 30 cm. How many litres of water it can hold? (1 litre = 1000 cm^3 )

The radii of two circular ends of frustum shape bucket are 14 cm and 7 cm. Height of the bucket is 30 cm. How many litres of water can it hold ? (1 litre = 1000cm^3 )

The diameters of the two circular ends of the bucket are 44 cm and 24 cm . The height of the bucket is 35 cm . The capacity of the bucket is

The diameters of the two circular ends of the bucket are 44 cm and 24 cm. The height of the bucket is 35cm. Find the volume of the bucket.

The diameters of the two circular ends of the bucket are 44 cm and 24 cm. The height of the bucket is 35 cm . The capacity of the bucket is

The diameters of two circular ends of a bucket are 44 cm and 24 cm and the height of the bucket is 35 cm . The capacity of the bucket is

The circular ends of a bucket are of radii 35cm and 14 cm and the height of the bucket is 40cm.Its volume is ___

The radii of the circular ends of a bucket of height 40 cm are 24 cm and 15 cm . The slant height (in cm ) of the bucket is

An open metal bucket is in the shape of a frustum of a cone, mounted on a hollow cylindrical base made of the same metallic sheet (see Fig. 13.23). The diameters of die two circular ends of the bucket are 45 cm and 25 cm, the total vertical height of the bucket is 40 cm and that of the cylindrical base is 6 cm. Find the area of the metallic sheet used to make the bucket, where we do not take into account the handle of the bucket. Also, Find the volume of water the bucket can hold. (Take pi=22/7 ).