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Problem Statement: One cable runs from a winch motor M, around pulley D, to the ceiling. A and C. The motor winds up its cable at a rate of 540.3 m/s. Assuming the The speed of the crate after 10 seconds: 1.247 m/s The time required for the crate to travel 6.1 meters: 4.918 s Be sure to include units with your answers.

Problem Statement: One cable runs from a winch motor M, around pulley D, to the ceiling. A and C. The motor winds up its cable at a rate of 540.3 m/s. Assuming the The speed of the crate after 10 seconds: 1.247 m/s The time required for the crate to travel 6.1 meters: 4.918 s Be sure to include units with your answers.

Elements Of Electromagnetics
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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A Motor Pulleys crate M OD Problem Statement: One cable runs from a winch motor M, around pulley D, to the ceiling. A second cable runs from the axis of pulley D, around pulleys C, B, and A, to the ceiling. A crate is suspended from the axes of pulleys A and C. The motor winds up its cable at a rate of 50.3 m/s. Assuming the crate stays level, determine: The speed of the crate after 10 seconds: 1.247 m/s The time required for the crate to travel 6.1 meters: 4.918 s Be sure to include units with your answers.
Transcribed Image Text:A Motor Pulleys crate M OD Problem Statement: One cable runs from a winch motor M, around pulley D, to the ceiling. A second cable runs from the axis of pulley D, around pulleys C, B, and A, to the ceiling. A crate is suspended from the axes of pulleys A and C. The motor winds up its cable at a rate of 50.3 m/s. Assuming the crate stays level, determine: The speed of the crate after 10 seconds: 1.247 m/s The time required for the crate to travel 6.1 meters: 4.918 s Be sure to include units with your answers.
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