Guide Questions: 1. What is the relationship of mass, volume and density? 2. At what material does the object float? Why? 3. What causes the object float or sink?

Inquiry into Physics
8th Edition
ISBN:9781337515863
Author:Ostdiek
Publisher:Ostdiek
Chapter4: Physics Of Matter
Section: Chapter Questions
Problem 12P: . A certain part of an aircraft engine has a volume of 1.3 Ft3, (a) Find the weight of the piece...
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ANSWER THE GUIDE QUESTIONS USING THE GIVEN DATA.

Data and Observations:
Table1. Buoyancy on Water
Mass of
Weight Difference
(N)
displaced
Weight of
displaced
Weight in
Volume of displaced
Weight in Air
(N)
water
Material
Water
water
(Weight in air -
Weight in water)
(kg)
|(mass= volume
x Puater )
m= 0.000054
m x 1000
kg/ m3
water
(N)
(m³)
(N)
54ml
Standard Cork 0.71 N
ON
0.71 N
0.71 N
=0.000054 m
m= 0.054 kg
m= 0.000104
m x 1000
kg/ m?
m= 0.104 kg
Disc of
Aluminium
|104 ml
=0.000104 m
3.70 N
2.33 N
1.37 N
1.37 N
m= 0.000404
m3 x 1000
kg/ m?
m= 0.404 kg
Dish of
Aluminium
404 ml
4.41 N
0.1 N
4.31 N
4.31 N
attached to a
=0.000404 m3
piece of cork
Transcribed Image Text:Data and Observations: Table1. Buoyancy on Water Mass of Weight Difference (N) displaced Weight of displaced Weight in Volume of displaced Weight in Air (N) water Material Water water (Weight in air - Weight in water) (kg) |(mass= volume x Puater ) m= 0.000054 m x 1000 kg/ m3 water (N) (m³) (N) 54ml Standard Cork 0.71 N ON 0.71 N 0.71 N =0.000054 m m= 0.054 kg m= 0.000104 m x 1000 kg/ m? m= 0.104 kg Disc of Aluminium |104 ml =0.000104 m 3.70 N 2.33 N 1.37 N 1.37 N m= 0.000404 m3 x 1000 kg/ m? m= 0.404 kg Dish of Aluminium 404 ml 4.41 N 0.1 N 4.31 N 4.31 N attached to a =0.000404 m3 piece of cork
Guide Questions:
1. What is the relationship of mass, volume and density?
2. At what material does the object float? Why?
3. What causes the object float or sink?
Conclusion and Recommendation:
Transcribed Image Text:Guide Questions: 1. What is the relationship of mass, volume and density? 2. At what material does the object float? Why? 3. What causes the object float or sink? Conclusion and Recommendation:
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