Marbles of diameter 1.4 cm are dropped into a cylindrical beaker of diameter 7 cm containing some water. Find the number of marbles that should be dropped into the beaker, so that the water level rises by 5.6 cm.

Marbles of diameter 1.4cm are dropped into a cylindrical beaker of diameter 7cm containing some water.Find the number of marbles that should be dropped into the beaker,so that the water level rises by 5.6cm.

Spherical shaped marbles of diameter 1.4cm each, are dropped into a cylindrical beaker of diameter 7cm containing some water. Find the number of marbles that should be dropped into the beaker so that the water level rises by 5.6cm.

Spherical marbles of diameter 1.4 cm. are dropped into a cylindrical beaker of diameter 7 cm., which contains some water. Find the number of marbles that should be dropped into the beaker, so that water level rises by 5.6 cm.

Spherical marbles of diameter 1.4 cm are dropped into a cylindrical beaker of diameter 7 cm,which contains some water. Find the number marbles that should be dropped in to the beaker , so that water level rises by 5.6 cm.

Spherical marbles of diameter 1.4 cm are dropped into a cylindrical beaker of diameter 7 cm,which contains some water. Find the number marbles that should be dropped in to the beaker , so that water level rises by 5.6 cm.

150 spherical marbles, each of diameter 1.4 cm are dropped in a cylindrical vessel of diameter 7 cm containing some water, which are completely immersed in water. Find the rise in the level of water in the vessel.

150 spherical marbles, each of diameter 1.4 cm are dropped in a cylindrical vessel of diameter 7 cm containing some water, which are completely immersed in water. Find the rise in the level of water in the vessel.

Marbles of diameter 1.4 cm are dropped into a cylindrical beaker containing some water and are fully submerged. The diameter of the beaker is 7 cm. Find how many marbles have been dropped in it if the water rises by 5.6 cm.