360967 Assertion :
A man sitting in a boat which is floating on a pond. If the man drinks some water from the pond, the level of the water in the pond remain unchanged.
Reason :
According to Archimede's principle the weight of water displaced by body is equal to the weight of the body, if the body is floating.

360968 Two pieces of metal when immersed in a liquid have equal upthrust on them; then

360969 Statement A :
If an object is submerged in a fluid at rest, the fluid exerts a force on its surface.
Statement B :
The force exerted by the fluid at rest has to be parallel to the surface in contact with it.

360970 The weight of the body is maximum in

360971 A balloon of volume \(1500\;{m^3}\) and weighing 1650 \(kg\) with all its equipment. If the density of air be \(1.3\,kg{m^{ - 3}}\), the pull on the rope tied to the balloon will be

360967 Assertion :
A man sitting in a boat which is floating on a pond. If the man drinks some water from the pond, the level of the water in the pond remain unchanged.
Reason :
According to Archimede's principle the weight of water displaced by body is equal to the weight of the body, if the body is floating.

360968 Two pieces of metal when immersed in a liquid have equal upthrust on them; then

360969 Statement A :
If an object is submerged in a fluid at rest, the fluid exerts a force on its surface.
Statement B :
The force exerted by the fluid at rest has to be parallel to the surface in contact with it.

360970 The weight of the body is maximum in

360971 A balloon of volume \(1500\;{m^3}\) and weighing 1650 \(kg\) with all its equipment. If the density of air be \(1.3\,kg{m^{ - 3}}\), the pull on the rope tied to the balloon will be

360967 Assertion :
A man sitting in a boat which is floating on a pond. If the man drinks some water from the pond, the level of the water in the pond remain unchanged.
Reason :
According to Archimede's principle the weight of water displaced by body is equal to the weight of the body, if the body is floating.

360968 Two pieces of metal when immersed in a liquid have equal upthrust on them; then

360969 Statement A :
If an object is submerged in a fluid at rest, the fluid exerts a force on its surface.
Statement B :
The force exerted by the fluid at rest has to be parallel to the surface in contact with it.

360970 The weight of the body is maximum in

360971 A balloon of volume \(1500\;{m^3}\) and weighing 1650 \(kg\) with all its equipment. If the density of air be \(1.3\,kg{m^{ - 3}}\), the pull on the rope tied to the balloon will be

360967 Assertion :
A man sitting in a boat which is floating on a pond. If the man drinks some water from the pond, the level of the water in the pond remain unchanged.
Reason :
According to Archimede's principle the weight of water displaced by body is equal to the weight of the body, if the body is floating.

360968 Two pieces of metal when immersed in a liquid have equal upthrust on them; then

360969 Statement A :
If an object is submerged in a fluid at rest, the fluid exerts a force on its surface.
Statement B :
The force exerted by the fluid at rest has to be parallel to the surface in contact with it.

360970 The weight of the body is maximum in

360971 A balloon of volume \(1500\;{m^3}\) and weighing 1650 \(kg\) with all its equipment. If the density of air be \(1.3\,kg{m^{ - 3}}\), the pull on the rope tied to the balloon will be

360967 Assertion :
A man sitting in a boat which is floating on a pond. If the man drinks some water from the pond, the level of the water in the pond remain unchanged.
Reason :
According to Archimede's principle the weight of water displaced by body is equal to the weight of the body, if the body is floating.

360968 Two pieces of metal when immersed in a liquid have equal upthrust on them; then

360969 Statement A :
If an object is submerged in a fluid at rest, the fluid exerts a force on its surface.
Statement B :
The force exerted by the fluid at rest has to be parallel to the surface in contact with it.

360970 The weight of the body is maximum in

360971 A balloon of volume \(1500\;{m^3}\) and weighing 1650 \(kg\) with all its equipment. If the density of air be \(1.3\,kg{m^{ - 3}}\), the pull on the rope tied to the balloon will be