Question please answer in detail Question 2. The torsion spring shown has an internal diameter slightly smaller than the metal cylinder. The spring is fitted onto the metal cylinder by opening out the legs of the spring, and then releasing the legs so that the spring contracts lightly onto the cylinder. With the cylinder now held in a vice, a small force 'A' is applied to one of the legs of the spring, and the force is then gradually increased. What do you think will happen to the spring, and why? The force 'A' is now removed, and a new force 'B' is applied to spring, and gradually increased. What do you think will happen this time? The second diagram shows part of a winch system, in which the user can turn a handle in either direction to raise and lower a load through a pulley and cable. Both the handle and the pulley are free to turn on the fixed metal cylinder. In this winch system, it is required that the user should be able to rotate the handle in either direction at will in order to raise or lower the load. But if the user releases the handle, then the load should remain where it is, and should not fall. Based upon the torsion spring arrangement described above, sketch out a linkage for the winch system that aims to provide this function. metal cylinder - torsion spring legs end view end view pulley cable handle

YZB2IX The Asker · Mechanical Engineering

please answer in detail

Transcribed Image Text: Question 2. The torsion spring shown has an internal diameter slightly smaller than the metal cylinder. The spring is fitted onto the metal cylinder by opening out the legs of the spring, and then releasing the legs so that the spring contracts lightly onto the cylinder. With the cylinder now held in a vice, a small force 'A' is applied to one of the legs of the spring, and the force is then gradually increased. What do you think will happen to the spring, and why? The force 'A' is now removed, and a new force 'B' is applied to spring, and gradually increased. What do you think will happen this time? The second diagram shows part of a winch system, in which the user can turn a handle in either direction to raise and lower a load through a pulley and cable. Both the handle and the pulley are free to turn on the fixed metal cylinder. In this winch system, it is required that the user should be able to rotate the handle in either direction at will in order to raise or lower the load. But if the user releases the handle, then the load should remain where it is, and should not fall. Based upon the torsion spring arrangement described above, sketch out a linkage for the winch system that aims to provide this function. metal cylinder - torsion spring legs end view end view pulley cable handle
More
Transcribed Image Text: Question 2. The torsion spring shown has an internal diameter slightly smaller than the metal cylinder. The spring is fitted onto the metal cylinder by opening out the legs of the spring, and then releasing the legs so that the spring contracts lightly onto the cylinder. With the cylinder now held in a vice, a small force 'A' is applied to one of the legs of the spring, and the force is then gradually increased. What do you think will happen to the spring, and why? The force 'A' is now removed, and a new force 'B' is applied to spring, and gradually increased. What do you think will happen this time? The second diagram shows part of a winch system, in which the user can turn a handle in either direction to raise and lower a load through a pulley and cable. Both the handle and the pulley are free to turn on the fixed metal cylinder. In this winch system, it is required that the user should be able to rotate the handle in either direction at will in order to raise or lower the load. But if the user releases the handle, then the load should remain where it is, and should not fall. Based upon the torsion spring arrangement described above, sketch out a linkage for the winch system that aims to provide this function. metal cylinder - torsion spring legs end view end view pulley cable handle
Community Answer
ZQUCK8

Solution:- 1) If force A is applied on the torsion spring then its diameter in which metal yflinder is fixed will start to reduee and then forsion springe will become free to move. fixed in metal cylinder." this diamet es, will going to inenease decrease.2). If Force B is applied on the forsion sprin ... See the full answer