A student suspends a chain consisting of three links, each of mass m = 0.210 kg, from a light rope as shown in (Figure 1). The rope is attached to the top link of the chain, which does not swing. She pulls upward on the rope, so that the rope applies an upward force of 8.50 N to the chain. (a) Draw a free-body diagram for the entire chain, considered as an object, and one for each of the three links. (b) Use the diagrams of part (a) and Newton's laws to find (i) the acceleration of the chain, (ii) the force exerted by the top link on the middle link, and (iii) the force exerted by the middle link on the bottom link. Treat the rope as massless. Figure Rope Link 1 Link 2 Link 3 < 1 of 1 IDENTIFY and SET UP Part A There are four objects of interest in this problem: the chain as a whole and the three individual links. For each of these four objects, identify the external forces acting on them. Besides the force of gravity, you should include only forces exerted by other objects that touch the object in question. Throughout this problem, assume the positive y-axis points upwards. Drag the appropriate forces to their respective bins. ►View Available Hint(s) F2 on 3: force of link 2 on link 3 Chain Submit T: tension force 3 mg: weight of entire chain F2 on 1: force of link 2 on link 1. Link 1 mg: weight of single link. F3 on 2: force of link 3 on link 2 Link 2 Reset Help F1 on 2: force of link 1 on link 21 Link 3

Name: what in this picture should be where A student suspends a chain consis
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Description: what in this picture should be where A student suspends a chain consisting of three links, eachof mass m = 0.210 kg, from a light rope as shown in(Figure 1). The rope is attached to the top link of the chain,which does not swing. She pulls upward on

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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what in this picture should be where

A student suspends a chain consisting of three links, each
of mass m = 0.210 kg, from a light rope as shown in
(Figure 1). The rope is attached to the top link of the chain,
which does not swing. She pulls upward on the rope, so
that the rope applies an upward force of 8.50 N to the
chain. (a) Draw a free-body diagram for the entire chain,
considered as an object, and one for each of the three
links. (b) Use the diagrams of part (a) and Newton's laws
to find (i) the acceleration of the chain, (ii) the force exerted
by the top link on the middle link, and (iii) the force exerted
by the middle link on the bottom link. Treat the rope as
massless.
Figure
·x
Rope
Link 1
Link 2
Link 3
1 of 1
IDENTIFY and SET UP
Part A
There are four objects of interest in this problem: the chain as a whole and the three individual links. For each of these four objects, identify the
external forces acting on them. Besides the force of gravity, you should include only forces exerted by other objects that touch the object in question.
Throughout this problem, assume the positive y-axis points upwards.
Drag the appropriate forces to their respective bins.
View Available Hint(s)
F2 on 3: force of link 2 on link 3
o
Chain
Submit
T: tension force
3 mg: weight of entire chain
F2 on 1: force of link 2 on link 1
Link 1
mg: weight of single link
F3 on 2: force of link 3 on link 2
Link 2
F₁
Reset Help
on 2: force of link 1 on link 2
Link 3

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cacn you please use the same terms as in the website for example F 2 on 3 i cannot understand what you worte there

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in the step 3 you need to use all of the items, but yoou have not used "3mg weight of the entire chain", "force 3 on 1" and "foce 2 on 1"

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