Number of rotation till the drum comes rest

In summary, the number of rotations required for a drum to come to a complete rest and start the output process can vary depending on factors such as the size and weight of the drum, the speed at which it is rotating, and the efficiency of the braking system. It is important to carefully monitor and control the rotation of the drum to ensure optimal performance and prevent any potential hazards.
  • #1
Arnav jamale

Homework Statement



A solid cylinder rotates till it comes to rest. It has inititial angular velocity. To stop the drum a mass m ishung the belt which has a friction coefficient with the drum material as u we have to find no of rotationd all the data is known and correct

Homework Equations



T1=T2(e^u(theta))
Torque equation
NLM equation

The Attempt at a Solution


The attempt is ATTACHed below
 

Attachments

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  • #2
Please solve this its a good question and reply as soon as possible
 

1. What is the "Number of rotation till the drum comes rest"?

The "Number of rotation till the drum comes rest" refers to the number of full rotations that a drum or cylinder makes before it comes to a complete stop.

2. Why is the "Number of rotation till the drum comes rest" important?

The "Number of rotation till the drum comes rest" is important because it can affect the efficiency and functionality of machines that use rotating drums, such as washing machines, dryers, and industrial machinery.

3. How is the "Number of rotation till the drum comes rest" calculated?

The "Number of rotation till the drum comes rest" can be calculated by dividing the circumference of the drum by the distance traveled per rotation. This value will give the number of rotations required for the drum to come to a stop.

4. What factors can affect the "Number of rotation till the drum comes rest"?

The "Number of rotation till the drum comes rest" can be affected by factors such as the weight and distribution of items inside the drum, the speed at which the drum is rotating, and the friction between the drum and its surroundings.

5. How can the "Number of rotation till the drum comes rest" be optimized?

The "Number of rotation till the drum comes rest" can be optimized by balancing the weight and distribution of items inside the drum, reducing the speed at which the drum rotates, and using lubricants or other methods to reduce friction between the drum and its surroundings.

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