A 10.0-kg monkey climbs a uniform ladder with weight w = 1.09 x 10 N and length L = 3.40 m as shown in the figure below. The ladder rests against the wall at an angle of 6 = 60°. The upper and lower ends of the ladder rest on frictionless surfaces, with the lower end fastened to the wall by a horizontal rope that is frayed and that can support a maximumtension of only 80.0 N.Rope(a) Draw a force diagram for the ladder. (Submit a file with a maximum size of 1 MB.)(b) Find the normal force exerted on the bottom of the ladder.N(c) Find the tension in the rope when the monkey is two-thirds of the way up the ladder.N(d) Find the maximum distancethat the monkey can climb up the ladder before the rope breaks.m(e) If the horizontal surface were rough and the rope were removed, how would your analysis of the problem be changed and what other information would you need to answer Parts (c) and (d)?

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A 10.0-kg monkey climbs a unform ladder with weight w1.09 x 10 Nand lengthL340 mas shon in the figure belo. The ladder rests against the wall at an angle of 60. The upper and lover ends of the ladder rest on frictionless surfaces. with the lower end fastened to the wall by a horiaontal rope that is frayed and that can support a maximum tension of enly 80.0 N. (a) Drawa force diagram for the ladder. (Submit a fle with a maimum sie of : MB.) (b) Find the normal force eerted on the bottom of the ladder (e) Find the tension in the N the monkey is bethirds of the way vo the ladden (d) Find the maximum distance d that the monkey can cimb up the ladder before the rope breaks. (e) f the horiaontal surface were rough and the rope were removed. how would your analysis of the problem be changed and what other information would you need to anser Parts (c) and (d)?

A 10.0-kg monkey climbs a unform ladder with weight w1.09 x 10 Nand lengthL340 mas shon in the figure belo. The ladder rests against the wall at an angle of 60. The upper and lover ends of the ladder rest on frictionless surfaces. with the lower end fastened to the wall by a horiaontal rope that is frayed and that can support a maximum tension of enly 80.0 N. (a) Drawa force diagram for the ladder. (Submit a fle with a maimum sie of : MB.) (b) Find the normal force eerted on the bottom of the ladder (e) Find the tension in the N the monkey is bethirds of the way vo the ladden (d) Find the maximum distance d that the monkey can cimb up the ladder before the rope breaks. (e) f the horiaontal surface were rough and the rope were removed. how would your analysis of the problem be changed and what other information would you need to anser Parts (c) and (d)?

Physics for Scientists and Engineers with Modern Physics

10th Edition

ISBN:9781337553292

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter12: Static Equilibrium And Elasticity

Section: Chapter Questions

Problem 14P: A 10.0-kg monkey climbs a uniform ladder with weight 1.20 102 N and length L = 3.00 m as shown in...

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Concept explainers

Rotational Equilibrium And Rotational Dynamics

In physics, the state of balance between the forces and the dynamics of motion is called the equilibrium state. The balance between various forces acting on a system in a rotational motion is called rotational equilibrium or rotational dynamics.

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The tension created on one body during push or pull is known as force.

Question

A 10.0-kg monkey climbs a uniform ladder with weight w = 1.09 x 10 N and length L = 3.40 m as shown in the figure below. The ladder rests against the wall at an angle of 6 = 60°. The upper and lower ends of the ladder rest on frictionless surfaces, with the lower end fastened to the wall by a horizontal rope that is frayed and that can support a maximum
tension of only 80.0 N.
Rope
(a) Draw a force diagram for the ladder. (Submit a file with a maximum size of 1 MB.)
(b) Find the normal force exerted on the bottom of the ladder.
N
(c) Find the tension in the rope when the monkey is two-thirds of the way up the ladder.
N
(d) Find the maximum distance
that the monkey can climb up the ladder before the rope breaks.
m
(e) If the horizontal surface were rough and the rope were removed, how would your analysis of the problem be changed and what other information would you need to answer Parts (c) and (d)?

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