A single-thread lead screw with a nominal major diameter of 2+3*1/4 in. makes translating a nut. The threads per inch must be determined accordingly to the standard ACME thread dimension. The screw rotates at 41-rpm and then will stop in 1.6 s 1- Determine the displacement of the nut when the screw rotates of 2 revolutions. Answer in the cell bellow 2- Determine the the linear velocity of the nut if the screw rotates at 41-rpm 3- The motor coupled to the screw is shut down and will take 1.6 s to completely stop. Determine the linear acceleration of the nut during the shut-down period. 4- The nut is subjected to a 549-lb force. Determine the torque required on the screw.

A single-thread lead screw with a nominal major diameter of 2+3*1/4 in. makes translating a nut. The threads per inch must be determined accordingly to the standard ACME thread dimension. The screw rotates at 41-rpm and then will stop in 1.6 s 1- Determine the displacement of the nut when the screw rotates of 2 revolutions. Answer in the cell bellow 2- Determine the the linear velocity of the nut if the screw rotates at 41-rpm 3- The motor coupled to the screw is shut down and will take 1.6 s to completely stop. Determine the linear acceleration of the nut during the shut-down period. 4- The nut is subjected to a 549-lb force. Determine the torque required on the screw.

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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Concept explainers

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.

Question

/quizzes/212328/take
A single-thread lead screw with a nominal major diameter of
2+3*1/4 in. makes translating a nut.
The threads per inch must be determined accordingly to the
standard ACME thread dimension.
The screw rotates at 41-rpm and then will stop in 1.6 s
1- Determine the displacement of the nut when the screw rotates of
2 revolutions. Answer in the cell bellow
2- Determine the the linear velocity of the nut if the screw rotates at
41-гpm
3- The motor coupled to the screw is shut down and will take 1.6 s
to completely stop. Determine the linear acceleration of the nut
during the shut-down period.
4- The nut is subjected to a 549-lb force. Determine the torque
required on the screw.

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