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A cube-shaped block A of side length a is hanging from a spring balance D, which reads, in units of mass, Mp. The block is submerged in liquid C, which has a total mass of me and is inside beaker B with mass mg. The beaker rests on an electronic scale E with a readout of ME. a) Draw force diagrams for block A and beaker B. b) What is the mass mд of block A in terms of the given variables? c) What is the density pc of liquid C? d) The block is now pulled out of the liquid. What are the new readings M and Mg on the balance and scale? E D B 7.50

A cube-shaped block A of side length a is hanging from a spring balance D, which reads, in units of mass, Mp. The block is submerged in liquid C, which has a total mass of me and is inside beaker B with mass mg. The beaker rests on an electronic scale E with a readout of ME. a) Draw force diagrams for block A and beaker B. b) What is the mass mд of block A in terms of the given variables? c) What is the density pc of liquid C? d) The block is now pulled out of the liquid. What are the new readings M and Mg on the balance and scale? E D B 7.50

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A cube-shaped block A of side length a is hanging from a spring balance D, which reads, in units of mass, Mp. The block is submerged in liquid C, which has a total mass of me and is inside beaker B with mass mp. The beaker rests on an electronic scale E with a readout of ME. a) Draw force diagrams for block A and beaker B. b) What is the mass mд of block A in terms of the given variables? c) What is the density pc of liquid C? d) The block is now pulled out of the liquid. What are the new readings M and Mg on the balance and scale? e) Compare the readouts of the balance and scale before and after the block is pulled from the liquid for the values a = 0.1 m, mg = 1 kg, mc = 5 kg, MD = 3.5 kg, and MĘ = 7.5 kg. E D B 7.50 00
Transcribed Image Text:A cube-shaped block A of side length a is hanging from a spring balance D, which reads, in units of mass, Mp. The block is submerged in liquid C, which has a total mass of me and is inside beaker B with mass mp. The beaker rests on an electronic scale E with a readout of ME. a) Draw force diagrams for block A and beaker B. b) What is the mass mд of block A in terms of the given variables? c) What is the density pc of liquid C? d) The block is now pulled out of the liquid. What are the new readings M and Mg on the balance and scale? e) Compare the readouts of the balance and scale before and after the block is pulled from the liquid for the values a = 0.1 m, mg = 1 kg, mc = 5 kg, MD = 3.5 kg, and MĘ = 7.5 kg. E D B 7.50 00
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