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
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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.
Transcribed Image Text:/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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