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An object is suspended from a force meter ('spring balance") capable of reading forces to within +0.01 N. The object is found to have a weight of 4.92 N in air and 3.87 N when immersed in water. (a) Calculate the density of the material from which the object is made. (b) Discuss the reading which could be obtained if the object were suspended from the force meter within an evacuated enclosure. (Density of air = 1.3 kg m, density of water = 1.0 x 10'kgm .) (S)

An object is suspended from a force meter ('spring balance") capable of reading forces to within +0.01 N. The object is found to have a weight of 4.92 N in air and 3.87 N when immersed in water. (a) Calculate the density of the material from which the object is made. (b) Discuss the reading which could be obtained if the object were suspended from the force meter within an evacuated enclosure. (Density of air = 1.3 kg m, density of water = 1.0 x 10'kgm .) (S)

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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B14 An object is suspended from a force meter ('spring balance") capable of reading forces to within +0.01 N. The object is found to have a weight of 4.92N in air and 3.87 N when immersed in water. (a) Calculate the density of the material from which the object is made. (b) Discuss the reading which could be obtained if the object were suspended from the force meter within an evacuated enclosure. (Density of air = 1.3 kg m, density of water = 1.0 x 10' kgm ') (S]
Transcribed Image Text:B14 An object is suspended from a force meter ('spring balance") capable of reading forces to within +0.01 N. The object is found to have a weight of 4.92N in air and 3.87 N when immersed in water. (a) Calculate the density of the material from which the object is made. (b) Discuss the reading which could be obtained if the object were suspended from the force meter within an evacuated enclosure. (Density of air = 1.3 kg m, density of water = 1.0 x 10' kgm ') (S]
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