Solve show all steps and solution. Use dynamics approach A winch is driven by a "Belt Drive System" as shown in the following figure. The large pulley (DrivenPulley) and winding drum have a combined mass moment of inertia IL_Pulley+Drum = 1.165 ft lb s².Pulley "B" is attached to the "drive motor" which applies a torque of TM = 40 lb ft to this pulley.Determine the speed of the 250 lb crate after the motor has made 5 revolutions starting from rest. Assumethe mass of the pulley "B" is negligible (i.e. Ig = 0).3 in.Ans. Vcrate= 3.129 ft/s3 7.5 in. and the-4.5 in.

Given : The moment of inertia is The torque is The mass of crate is The radius of crate is

A winch is driven by a "Belt Drive System" as shown in the following figure. The large pulley (Dr Pulley) and winding drum have a combined mass moment of inertia IL Pulley+Drum = 1.165 ft lE Pulley "B" is attached to the "drive motor" which applies a torque of TM = 40 lb ft to this pu Determine the speed of the 250 lb crate after the motor has made 5 revolutions starting from rest. Ass the mass of the pulley "B" is negligible (i.e. Ig = 0). 3 in. 7.5 in. -4.5 in.

A winch is driven by a "Belt Drive System" as shown in the following figure. The large pulley (Dr Pulley) and winding drum have a combined mass moment of inertia IL Pulley+Drum = 1.165 ft lE Pulley "B" is attached to the "drive motor" which applies a torque of TM = 40 lb ft to this pu Determine the speed of the 250 lb crate after the motor has made 5 revolutions starting from rest. Ass the mass of the pulley "B" is negligible (i.e. Ig = 0). 3 in. 7.5 in. -4.5 in.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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