Final Velocity of 75mm Cylinder: 8.07m/s

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In summary, the problem involves determining the final velocity of a solid cylinder with a diameter of 75mm and a mass of 1.4kg as it moves down a slope of 25 degrees over a distance of 11.8m. The question asks if a final velocity of 8.07 is correct, but more information and work is needed to verify the answer. Relevant equations and calculations, including the Moment of Inertia, should be provided. Additionally, it is unclear if the cylinder has an initial velocity or starts from rest.
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HNCMATHS
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Hi everyone, here is one I am really struggling with...

1.Determine the final velocity of a solid cylinder of a 75mm diameter with a mass of 1.4kg if it is moving along a slope of 25 degrees. The total distance traveled down the slop is 11.8m

The answer that I reach is a a final velocity of 8.07 is this correct ?
 
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  • #2
HNCMATHS said:
Hi everyone, here is one I am really struggling with...

1.Determine the final velocity of a solid cylinder of a 75mm diameter with a mass of 1.4kg if it is moving along a slope of 25 degrees. The total distance traveled down the slop is 11.8m

The answer that I reach is a a final velocity of 8.07 is this correct ?

You need to show us the relevant equations and your work, not just shotgun an answer and ask us to do the work to figure out if it's right.

Show us the relevant equations, including the ones that have the Moment of Inertia in them.

Show us how you calculated the answer you got. Please include units in all of your calculations and definitions.
 
  • #3
Post 1 says a cylinder is moving down a slope. Does that mean the cylinder has a nonzero initial velocity? Or does it mean the cylinder starts from rest? If the cylinder has a nonzero initial velocity, wouldn't the initial velocity need to be given in the problem statement?
 

Related to Final Velocity of 75mm Cylinder: 8.07m/s

1. How do you calculate the final velocity of a 75mm cylinder?

The final velocity of a 75mm cylinder can be calculated using the formula v = v0 + at, where v is the final velocity, v0 is the initial velocity, a is the acceleration, and t is the time taken.

2. What is the initial velocity of the 75mm cylinder?

The initial velocity of the 75mm cylinder is not provided in this question. It would need to be given or calculated using other information in order to determine the final velocity.

3. What is the acceleration of the 75mm cylinder?

The acceleration of the 75mm cylinder is not provided in this question. It would need to be given or calculated using other information in order to determine the final velocity.

4. How long does it take for the 75mm cylinder to reach a final velocity of 8.07m/s?

The time taken for the 75mm cylinder to reach a final velocity of 8.07m/s can be calculated using the formula t = (v - v0) / a, where t is the time taken, v is the final velocity, v0 is the initial velocity, and a is the acceleration.

5. What is the significance of the final velocity of 75mm cylinder being 8.07m/s?

The significance of the final velocity of 75mm cylinder being 8.07m/s depends on the context in which it is being used. It could represent the speed at which the cylinder is moving, or it could be compared to other values to determine the efficiency or effectiveness of a process or experiment.

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