Can the statue be dragged without tipping? O Yes No Frip xN If the movers can apply the force required for the statue to slip, where is the maximum height they should tie the rope to safely drag the statue? 313.44 y-1.7 xm

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Yes
Ⓒ No
Movers are trying to set up an art gallery. They attempt to drag a human-size statue of a soda can with
mass m = 120 kg by tying a rope around it. Determine if the movers can drag the statue along the floor
without it tipping if the coefficients of static friction and kinetic friction are found to be μ = 0.37 and
Hk = 0.26, respectively. What is the maximum force the movers can apply without tipping the statue? The
can has a height of h = 1.9 m and the rope is tied 1 m off the ground. Assume the statue to be a solid
cylinder with radius r = 0.2 m and constant density.
Can the statue be dragged without tipping?
313.44
y = 1.7
y
x N
F
Ftip
If the movers can apply the force required for the statue to slip, where is the maximum height they should
tie the rope to safely drag the statue?
x m
Å
UBC Engineering
Transcribed Image Text:Yes Ⓒ No Movers are trying to set up an art gallery. They attempt to drag a human-size statue of a soda can with mass m = 120 kg by tying a rope around it. Determine if the movers can drag the statue along the floor without it tipping if the coefficients of static friction and kinetic friction are found to be μ = 0.37 and Hk = 0.26, respectively. What is the maximum force the movers can apply without tipping the statue? The can has a height of h = 1.9 m and the rope is tied 1 m off the ground. Assume the statue to be a solid cylinder with radius r = 0.2 m and constant density. Can the statue be dragged without tipping? 313.44 y = 1.7 y x N F Ftip If the movers can apply the force required for the statue to slip, where is the maximum height they should tie the rope to safely drag the statue? x m Å UBC Engineering
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