jernardduncan8817 jernardduncan8817
  • 03-07-2021
  • Physics
contestada

Find the moment of inertia of a hoop (a thin-walled, hollow ring) with mass MMM and radius RRR about an axis perpendicular to the hoop's plane at an edge.

Respuesta :

hannjr hannjr
  • 03-07-2021

Answer:

I = sum m *r^2    where m represents the (small) individual masses and r is the distance of that mass from center of rotation

Note:  sum m = M

For the hoop given all masses are at a distance RRR from the center of rotation

I = MMM * RRR^2

Answer Link

Otras preguntas

Kiran walked at constant speed. He walked 1 mile in 15 minutes. Which of these equations represents the distance d (in miles) that Kiran walks in t minutes? d =
2. Please help me with this assignment!
You translate a line 10 units up. Is the image of the line still a line? O Yes O No​
Pablo's mother has given him power of attorney. Which action is not his legal right? A. Changing the beneficiaries in his mother's will B. Making medical decisi
help me help now !!! I need the answer for question 2 now help!!
Is (3,9) a solution to the equation y = 2x + 3 given the scholar's work shown below?
Convert 7.50 mol of Li₂O to grams
In the United States we have a constitution that was written to explain the basics of how our government is supposed to work. How is the British Constitution di
What is one difference between proadvisor discount and direct discount pricing, apart from who pays for the subscription?
This data set represents the widths in yards of pieces of fabric used by a sewing group. What is the mean of this data set? {113, 14, 23, 12, 114}