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) A water container is kept on a weighing balance. Water from a tap is falling vertically in to the container with a volume flow rate of Q. The velocity of water when it hits the water surface is 'U. At a particular instant of time the total mass of the container and water is "mg". The force registered by the weighing balance at this instant of time is b) mg +20QU PQU? nod + 8ui (v c) d) POU?

) A water container is kept on a weighing balance. Water from a tap is falling vertically in to the container with a volume flow rate of Q. The velocity of water when it hits the water surface is 'U. At a particular instant of time the total mass of the container and water is "mg". The force registered by the weighing balance at this instant of time is b) mg +20QU PQU? nod + 8ui (v c) d) POU?

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14) A water container is kept on a weighing balance. Water from a tap is falling vertically in to the container with a volume flow rate of Q. The velocity of water when it hits the water surface is 'U'. At a particular instant of time the total mass of the container and water is "mg". The force registered by the weighing balance at this instant of time is a) mg + pQU b) mg +20QU POU? c) d) POU?
Transcribed Image Text:14) A water container is kept on a weighing balance. Water from a tap is falling vertically in to the container with a volume flow rate of Q. The velocity of water when it hits the water surface is 'U'. At a particular instant of time the total mass of the container and water is "mg". The force registered by the weighing balance at this instant of time is a) mg + pQU b) mg +20QU POU? c) d) POU?
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