Determine will the monkey reach the bananas

Reference no: EM13542972

A light rope passes over a light, frictionless pulley. One end is fastened to a bunch of bananas of mass M, and a monkey of mass M clings to the other end. The monkey climbs the rope in an attempt to reach the bananas.

(a) Treating the system as consisting of the monkey, bananas, rope, and pulley, evaluate the net torque about the pulley axis.

(b) Using the results of (a), determine the total angular momentum about the pulley axis and describe the motion of the system. Will the monkey reach the bananas?

Reference no: EM13542972

Questions Cloud

Explain the structure that would be expected : For each of the following pairs of organic compounds, identify the structure that would be expected to have the highest solubility in water. And briefly explain why.

Calculate what is the resistance of the resistor : A series LR circuit contains an emf source of having no internal resistance, a resistor, a inductor having no appreciable resistance, and a switch. what is the resistance of the resistor

All government purchases of goods and services : The national accounts treat all government purchases of goods and services, G, as part of real GDP. But suppose that the public services derived from government purchases are an input to private production, say: Y = F

Explain diagram the oxidation reaction of butane : Diagram the oxidation reaction (using expanded structural formula) of butane. Name the product

Determine will the monkey reach the bananas : A light rope passes over a light, frictionless pulley. One end is fastened to a bunch of bananas of mass M, and a monkey of mass M clings to the other end. Will the monkey reach the bananas

The expected inflation rate : The expected inflation rate

What is the maximum power delivered by the power supply : A series LR circuit consists of a 2.0-H inductor with negligible internal resistance, a 100-ohm resistor, an open switch, what is the maximum power delivered by the power supply

Explain the equations for four possible chemical reactions : Name and provide the equations for four possible chemical reactions beginning with butane as the substrate (reactant). Use molecular formula and be sure your equations are balanced.

Calculate the energy density in the electric field : A charged isolated metal sphere of diameter 24.0 cm has a potential of 7400 V relative to V = 0 at infinity. Calculate the energy density in the electric field near the surface of the sphere.

User Account

All Pages