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Comparing the Lead and Tin metals, when totally submerged in the water WHY is the buoyant force for Tin greater than that for Lead even though Lead is heavier than Tin?

Comparing the Lead and Tin metals, when totally submerged in the water WHY is the buoyant force for Tin greater than that for Lead even though Lead is heavier than Tin?

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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Comparing the Lead and Tin metals, when totally submerged in the water WHY is the buoyant force for Tin greater than that for Lead even though Lead is heavier than Tin? 

Weight lost Weight of How does the Object in Water Displaced Weight lost in Water Object Float Did the Water & compare to the Weight of the Displaced Water? or Sink? Fb (N) Fb (N) Tin (Sn) 094 N .694N Same Sink Lead (Pb) same Sink Wood float off by O.003N but almost same 145N Tin, Leady Wood a) D.690N -0.629N 0.677N b) 0.439N 0.345N b) 0.406N Ya 0.145N a) -0.594N -0.345N -0,345N ON T.094N 094N) 0.14 SN) Table 2
Transcribed Image Text:Weight lost Weight of How does the Object in Water Displaced Weight lost in Water Object Float Did the Water & compare to the Weight of the Displaced Water? or Sink? Fb (N) Fb (N) Tin (Sn) 094 N .694N Same Sink Lead (Pb) same Sink Wood float off by O.003N but almost same 145N Tin, Leady Wood a) D.690N -0.629N 0.677N b) 0.439N 0.345N b) 0.406N Ya 0.145N a) -0.594N -0.345N -0,345N ON T.094N 094N) 0.14 SN) Table 2
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