onen he body is immersed in couter, he oficadiog Pocces ac m the hoK ) Weigm ef the beay 2 Up tmist offened by liquid FBO of cylindaccel hebe befove metal obiec is odcsod o glinder liquid FBD W=weignt of culinder tulbe FB Up thust offened by the liquid on this tebe Fer 92-7density of liguid Vz 7 Volume of hquid dissplaced. immersed part of cylindeical tebe FBD when metel obsect is odded Wiweignt of metcel block W= weight of clinder tube. FB- Upitmousd offered by liguid V (otul TFB

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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onen the body is immersed n ouler, e eticadiog
Pocces act a the oE
) Wergmt of the becau
21 Up tmist offened by liquid
FBO of cylindaccel hube beluve metal oojecr is odcsod
glinder
oliquid
FBD
W= weiant of culinder tube
FB= Up thmst offered by the
on this hbe
Nquied
Fef
92-7density of liguid
V,7 Valume of liquicd displaced.
by immersed part of cylindlenccal hebe
BD ohen metal obsect is odded
W= weight of metrel block
W= weight of culinder tube
FB= Uptmeusd offered by liquid
(wotul
Tre
Transcribed Image Text:onen the body is immersed n ouler, e eticadiog Pocces act a the oE ) Wergmt of the becau 21 Up tmist offened by liquid FBO of cylindaccel hube beluve metal oojecr is odcsod glinder oliquid FBD W= weiant of culinder tube FB= Up thmst offered by the on this hbe Nquied Fef 92-7density of liguid V,7 Valume of liquicd displaced. by immersed part of cylindlenccal hebe BD ohen metal obsect is odded W= weight of metrel block W= weight of culinder tube FB= Uptmeusd offered by liquid (wotul Tre
6. Using force analysis, derive an expression for the following in terms of measured quantities:
1. the mass of the cylindrical tub
2. the mass of the metal object
3. the normal force between the tub and the metal object
BIU
E E E E
Transcribed Image Text:6. Using force analysis, derive an expression for the following in terms of measured quantities: 1. the mass of the cylindrical tub 2. the mass of the metal object 3. the normal force between the tub and the metal object BIU E E E E
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