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VITHOUT knowing its volume. Your answ ned in the procedure the buoyant force ma omerged, as well as the density of fluid s the electronic scale measuring in step

VITHOUT knowing its volume. Your answ ned in the procedure the buoyant force ma omerged, as well as the density of fluid s the electronic scale measuring in step

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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Can you solve number 3. The equations need to be derived to show the given final answer. 

FB Theory atew erll oini pnite er newo T 1. In the space below, state Archimedes' Principle and define density, then show mathematically how you can measure the density of an object WITHOUT knowing its volume. Your answer should be in terms of measured quantities mentioned in the procedure the buoyant force mass mB in a fluid, the mass of the object mob,not submerged, as well as the density of fluid the mass was submerged into. Specifically what is the electronic scale measuring in step 4 above? Be sure to draw a free-body diagram of the system explaining your answer. mg Buc Yaut force mass: MB /mass of cbJect hot sabmerged:Mob mob Answer: Pob= Pf mB Vas = VoLo Pob= Pf mob MB %3D %3D O F8 PE Vs 9/Buoyaut force MB Mob %3D Pob density ood sooorPo ort brooer 2. Derive an equation for determining the density of a floating/wooden object using Archimedes' Principal without knowing the volume of the object(s). Your answer should be in terms of the mass of the wood un-submerged, the density of water, Reading 1 or m1, and reading 2 or m2 from the procedure above. Include a free body diagram. P= m E W.CETARUTAA YJBT319MOD OMDIAM V= mw Answer: Pw = Pf m2-m1 hetsw tenendagsb uode riiw lh bas 19nietnoo egist s jea Whavo omoad bluon ti M2 -m, Vw= VF 6. Te mw %3) z ylwel sP PE vloca sd zi inlog aid T mattod M2-m, Pw 3. Finally, derive an equation using Archimedes' Principal showing how the density of a liquid can be measured. Your expression should be in terms of the density of water, the object's buoyant force mass in NaCl solution, and the objecť's buoyant force mass in water (i.e. in terms of the quantities in Table 1). No free-body diagram is needed. mB NaCl Answer: PNacı = Pwater %3D mB,water CS Scanned with CamScanner
Transcribed Image Text:FB Theory atew erll oini pnite er newo T 1. In the space below, state Archimedes' Principle and define density, then show mathematically how you can measure the density of an object WITHOUT knowing its volume. Your answer should be in terms of measured quantities mentioned in the procedure the buoyant force mass mB in a fluid, the mass of the object mob,not submerged, as well as the density of fluid the mass was submerged into. Specifically what is the electronic scale measuring in step 4 above? Be sure to draw a free-body diagram of the system explaining your answer. mg Buc Yaut force mass: MB /mass of cbJect hot sabmerged:Mob mob Answer: Pob= Pf mB Vas = VoLo Pob= Pf mob MB %3D %3D O F8 PE Vs 9/Buoyaut force MB Mob %3D Pob density ood sooorPo ort brooer 2. Derive an equation for determining the density of a floating/wooden object using Archimedes' Principal without knowing the volume of the object(s). Your answer should be in terms of the mass of the wood un-submerged, the density of water, Reading 1 or m1, and reading 2 or m2 from the procedure above. Include a free body diagram. P= m E W.CETARUTAA YJBT319MOD OMDIAM V= mw Answer: Pw = Pf m2-m1 hetsw tenendagsb uode riiw lh bas 19nietnoo egist s jea Whavo omoad bluon ti M2 -m, Vw= VF 6. Te mw %3) z ylwel sP PE vloca sd zi inlog aid T mattod M2-m, Pw 3. Finally, derive an equation using Archimedes' Principal showing how the density of a liquid can be measured. Your expression should be in terms of the density of water, the object's buoyant force mass in NaCl solution, and the objecť's buoyant force mass in water (i.e. in terms of the quantities in Table 1). No free-body diagram is needed. mB NaCl Answer: PNacı = Pwater %3D mB,water CS Scanned with CamScanner
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