Method of work: - Prosegare 1- Weigh the solid body with air (let it be a cylinder of known size) w1 2- Weigh the body while it is immersed inside the device without touching the walls or bottom of the beaker w2 3- We calculate the volume of the displaced fluid v Note that the weight of the weight = 200 gm, the density of water = 1, and the volume of the displaced liquid 23 Calculations: - Calculation 1- The volume of displaced water (v cm3) and a comparison with the volume of the cylinder. 2- Calculate the weight of the body while suspended in the air 2 ст gravity acceleration g= Eyawl=gm s2 m=( ) gm mass of soild ст wl=( ) gm dyne s2 3- Calculate the weight of the body while it is immersed in water ст w2=( ) gm S2 4 - Calculate the difference in weight wl-w2 ( ) dyne 5- Calculate the weight of the displaced fluid volume = volume*density*acceleration v*p*g v() cm3 -: üleya gm p = ( ) ст3 ст g=( ) s2 ст v* p*g =( ) gm s2
Method of work: - Prosegare 1- Weigh the solid body with air (let it be a cylinder of known size) w1 2- Weigh the body while it is immersed inside the device without touching the walls or bottom of the beaker w2 3- We calculate the volume of the displaced fluid v Note that the weight of the weight = 200 gm, the density of water = 1, and the volume of the displaced liquid 23 Calculations: - Calculation 1- The volume of displaced water (v cm3) and a comparison with the volume of the cylinder. 2- Calculate the weight of the body while suspended in the air 2 ст gravity acceleration g= Eyawl=gm s2 m=( ) gm mass of soild ст wl=( ) gm dyne s2 3- Calculate the weight of the body while it is immersed in water ст w2=( ) gm S2 4 - Calculate the difference in weight wl-w2 ( ) dyne 5- Calculate the weight of the displaced fluid volume = volume*density*acceleration v*p*g v() cm3 -: üleya gm p = ( ) ст3 ст g=( ) s2 ст v* p*g =( ) gm s2
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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Question
![Method of work: - Prosegare
1- Weigh the solid body with air (let it be a cylinder of known size) w1
2- Weigh the body while it is immersed inside the device without touching the walls or
bottom of the beaker w2
3- We calculate the volume of the displaced fluid v
Note that the weight of the weight = 200 gm, the density of water = 1, and the volume of the
displaced liquid = 23
Calculations: - Calculation
1- The volume of displaced water (v cm3) and a comparison with the volume of the
cylinder.
2- Calculate the weight of the body while suspended in the air 2
gravity acceleration
cm
Eyawl=gm
s2
g=
m=(
) gm mass of soild
ст
wl=( ) gm dyne
s2
3- Calculate the weight of the body while it is immersed in water
cm
w2=(
) gm
s2
4 - Calculate the difference in weight
wl-w2 (
) dyne
5- Calculate the weight of the displaced fluid volume = volume*density*acceleration v*p*g
v() cm3 -: üleya
p = ( ) gm
ст3
ст
g=( )
s2
ст
v* p*g =( ) gm
s2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3dace03-92bc-480e-bad2-ee92ebca3274%2Fe710d12e-6613-4b81-855a-fd6ad0b2c99d%2Fedbujl9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Method of work: - Prosegare
1- Weigh the solid body with air (let it be a cylinder of known size) w1
2- Weigh the body while it is immersed inside the device without touching the walls or
bottom of the beaker w2
3- We calculate the volume of the displaced fluid v
Note that the weight of the weight = 200 gm, the density of water = 1, and the volume of the
displaced liquid = 23
Calculations: - Calculation
1- The volume of displaced water (v cm3) and a comparison with the volume of the
cylinder.
2- Calculate the weight of the body while suspended in the air 2
gravity acceleration
cm
Eyawl=gm
s2
g=
m=(
) gm mass of soild
ст
wl=( ) gm dyne
s2
3- Calculate the weight of the body while it is immersed in water
cm
w2=(
) gm
s2
4 - Calculate the difference in weight
wl-w2 (
) dyne
5- Calculate the weight of the displaced fluid volume = volume*density*acceleration v*p*g
v() cm3 -: üleya
p = ( ) gm
ст3
ст
g=( )
s2
ст
v* p*g =( ) gm
s2
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