A vessel with water is placed on a weighing pan and reads `600g`. Now a ball of 40g and density `0.80g//c c` is sunk into the water with a pin as shown in fig. keeping it sunk. The weighing pan will show a reading

A vessel filled with water is kept on a weighing pan and the scale adjusted of zero. A block of mass M and density rho is suspended by a masselss spring of spring constant k. This block is submerged inside into the water in the vessel. What is the reading of the scale /

A vessel filled with water is kept on a weighing pan and the scale adjusted to zero .A block of mass M and density rho is suspended by a massless spring of spring constant k. This block is submerged inside into the water in the vessel .What is the reading of the scale ?

A vessel filled with water is kept on a weighing pan and the scale adjusted of zero. A block of mass M and density rho is suspended by a masselss spring of spring constant k. This block is submerged inside into the water in the vessel. What is the reading of the scale /

A vessel filled with water is kept on weighing pan and the scale is adjusted to zero. A block of mass M and density rho is suspended by a massless spring of spring constant K. This block is ubmerged inside into the water in the vessel. What is the reading of the scale?

A 20 N metal block is suspended by a spring balance. A beaker containing some water is placed on a weighing machine which reads 40 N . The spring balance is now lowered so that the block gets immersed in the water. The spring balance now reads 16 N . The reading of the weighing machine will be.

A 20 N metal block is suspended by a spring balance. A beaker containing some water is placed on a weighing machine which reads 40 N . The spring balance is now lowered so that the block gets immersed in the water. The spring balance now reads 16 N . The reading of the weighing machine will be.

A container open from top, filled with water (density rho_w ) upto the top, is placed on a weighing machine and the reading is W. A wooden ball of volume V and mass m is put in the water by the given two arrangements. In arrangement–1, the ball is connected by a rigid rod (of negligible volume) and pushed in the water. In arrange- ment–2, the ball is attached with bottom by a massless string. The reading of weighing machine, (density of wood is less than water) (choose incorrect option)

A container open from top, filled with water (density rho_w ) upto the top, is placed on a weighing machine and the reading is W. A wooden ball of volume V and mass m is put in the water by the given two arrangements. In arrangement–1, the ball is connected by a rigid rod (of negligible volume) and pushed in the water. In arrange- ment–2, the ball is attached with bottom by a massless string. The reading of weighing machine, (density of wood is less than water) (choose incorrect option)

A vessel filled with water is kept on a weighing pan and the scale adjusted to zero. A block of mass 10 kg is suspended by a massless spring of spring constant k=100N//m . This block is submerged inside into the water in the vessel such that elongation i spring is x=10cm . What is the reading of the scale?

A ball weighs 80 g in air 60g in water and 50g in liquid if the density of water is 1gcm^-3 find the density of this liquid.