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DO YOU KNOW? 1. Describe the method to find the velocity of a point on a link whose direction (or path) is known and the velocity of some other point on the same link in magnitude and direction is given. 2. Explain how the velocities of a slider and the connecting rod are obtained in a slider crank mechanism. 3. Define rubbing velocity at a pin joint. What will be the rubbing velocity at pin joint when the two links move in the same and opposite directions? 4. What is the difference between ideal mechanical advantage and actual mechanical advantage?

DO YOU KNOW? 1. Describe the method to find the velocity of a point on a link whose direction (or path) is known and the velocity of some other point on the same link in magnitude and direction is given. 2. Explain how the velocities of a slider and the connecting rod are obtained in a slider crank mechanism. 3. Define rubbing velocity at a pin joint. What will be the rubbing velocity at pin joint when the two links move in the same and opposite directions? 4. What is the difference between ideal mechanical advantage and actual mechanical advantage?

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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DO YOU KNOW? 1. Describe the method to find the velocity of a point on a link whose direction (or path) is known and the velocity of some other point on the same link in magnitude and direction is given. 2. Explain how the velocities of a slider and the connecting rod are obtained in a slider crank mechanism. 3. Define rubbing velocity at a pin joint. What will be the rubbing velocity at pin joint when the two links move in the same and opposite directions? 4. What is the difference between ideal mechanical advantage and actual mechanical advantage?
Transcribed Image Text:DO YOU KNOW? 1. Describe the method to find the velocity of a point on a link whose direction (or path) is known and the velocity of some other point on the same link in magnitude and direction is given. 2. Explain how the velocities of a slider and the connecting rod are obtained in a slider crank mechanism. 3. Define rubbing velocity at a pin joint. What will be the rubbing velocity at pin joint when the two links move in the same and opposite directions? 4. What is the difference between ideal mechanical advantage and actual mechanical advantage?
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