2:43ull 5G OExp02-Densitylnquiry_2020-06.docxNow suppose the length and diameter of the cork weremeasured. Archimedes' principle was used to determine thevolume of the lead sinker, glass stopper, and nut and bolt.The results are given in Table 2. Fill on the last column ofTable 2 (Volume of object). Show all work!!!3.Table 2. Volume determination of common objectsInitial waterFinal water volume Volume of object(mL)Objectvolume (mL)(mL)lead sinker 25.2 mL34.0glass stopper 27.4 mL34.9nut and bolt 23.6 ml.30.9Volume of object(cm')length (cm)diameter (cm)cork2,542.06DashboardCalendarTo DoNotificationsInbox因

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Description: 2:43ull 5G OExp02-Densitylnquiry_2020-06.docxNow suppose the length and diameter of the cork weremeasured. Archimedes' principle was used to determine thevolume of the lead sinker, glass stopper, and nut and bolt.The results are given in Table 2. Fi

Archimedes’ principle is very beneficial for calculating the volume of an object that does not have…

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3. Now suppose the length and diameter of the cork were measured. Archimedes' principle was used to determine the volume of the lead sinker, glass stopper, and nut and bolt. The results are given in Table 2. Fill on the last column of Table 2 (Volume of object). Show all work!!! Initial water volume (mL) (mL) Table 2. Volume determination of common objects Final water volume Volume of object (mL) Object lead sinker 25.2 ml 34.0 glass stopper 27.4 ml 34.9 nut and bolt 23.6 ml 30.9 Volume of object (cm) length (cm) diameter (cm) cork 2.54 2.06

3. Now suppose the length and diameter of the cork were measured. Archimedes' principle was used to determine the volume of the lead sinker, glass stopper, and nut and bolt. The results are given in Table 2. Fill on the last column of Table 2 (Volume of object). Show all work!!! Initial water volume (mL) (mL) Table 2. Volume determination of common objects Final water volume Volume of object (mL) Object lead sinker 25.2 ml 34.0 glass stopper 27.4 ml 34.9 nut and bolt 23.6 ml 30.9 Volume of object (cm) length (cm) diameter (cm) cork 2.54 2.06

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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2:43
ull 5G O
Exp02-Densitylnquiry_2020-06.docx
Now suppose the length and diameter of the cork were
measured. Archimedes' principle was used to determine the
volume of the lead sinker, glass stopper, and nut and bolt.
The results are given in Table 2. Fill on the last column of
Table 2 (Volume of object). Show all work!!!
3.
Table 2. Volume determination of common objects
Initial water
Final water volume Volume of object
(mL)
Object
volume (mL)
(mL)
lead sinker 25.2 mL
34.0
glass stopper 27.4 mL
34.9
nut and bolt 23.6 ml.
30.9
Volume of object
(cm')
length (cm)
diameter (cm)
cork
2,54
2.06
Dashboard
Calendar
To Do
Notifications
Inbox
因

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Please help
need help with this question
The 78 kg student in the figure balances a 1000 kg elephant on a hydraulic lift. a) What is the diameter of the piston the student is standing on? I got 0.56 m b) When a second student joins the first, the height difference between the liquid levels in the right and left pistons is 30 cm . What is the second student's mass?
Can I please get some help with the key concepts and principles, please and thank you!
5. Figure as shown below is water tank with a valve. If the valve is opened, what is the maximum height attained by the stream of water coming out of the right side of the tank? Assume h 30.0, and that the cross-sectional area at A is very large compared with 10.0 m, L = 2.00 m, and u = %3D that at B. A L Valve
Pls help ASAP. Pls show all work and calculations.