A ping-pong ball has a volume V and density `(1//10)` th of water. What force would be required to hold it completely submerged under water?

A piece of wood of volume 0.6 m^(3) floats in water. Find the volume exposed What force is required to meet completely under water? Density of wood = 800 kg//m^(3) .

What would happen if : Soil with seeds is submerged under water during germination.

What would happen if Soil with seeds is submerged under water during germination.

A rectangular container, whose base is a square of side 5 cm, stands on a horizontal table, and holds water up to 1 cm from the top. When a cube is placed in the water it is completely submerged, the water rises to the top and 2 cubic cm of water overflows. Calculate the volume of the cube and also the length of its edge.

A rectangular container, whose base is a square of side 5cm, stands on a horizontal table, and holds water upto 1 cm from the top. When a cube is placed in the water it is completely submerged, the water rises to the top and 2 cubic cm of water overflows. Calculate the volume of the cube and also the length of its edge.

A rectangular container, whose base is a square of side 5cm, stands on a horizontal table, and holds water upto 1cm from the top. When a cube is placed in the water it is completely submerged, the water rises to the top and 2 cubic cm of water overflows. Calculate the volume of the cube and also the length of its edge.

A rectangular container, whose base is a square of side 5cm, stands on a horizontal table, and holds water upto 1cm from the top. When a cube is placed in the water it is completely submerged, the water rises to the top and 2 cubic cm of water overflows. Calculate the volume of the cube and also the length of its edge.

A rectangualr container whose base is a square of side 15 cm stands on a horizointal table and holds water up to 3cm from the top .When a cube is placed in the water and is completely submerged , the water rises to the top and 54 cm^(3) of water overflows. Calculate the volume of the cube and its surface area.

A rectangular container, whose base is a square of side 15cm, stands on a horizontal table and holds water upto 3cm from the top. When a cube is placed in the water and is completely submerged, the water rises to the top and 54cm^(3) of water overflows. Calculate the volume of the cube and its surface area.

A rectangualr container whose base is a square of side 15 cm stands on a horizointal table and holds water up to 3cm from the top .When a cube is placed in the water and is completely submerged , the water rises to the top and 54 cm^(3) of water overflows. Calculate the volume of the cube and its surface area.