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 :

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

Write the number in two other forms: 0.632 --------- The example reads: 0.200 / 200 thousandths / 200 x 1/1000

Death Valley has an elevation if -282 feet relative to sea level. Explain how to use absolute value to describe the elevation of Death Valley as a positive inte

Simplify and show your work -8 + 4i / 4 - 4i

The 10th and the 20th term of an arithmetic sequence are 10 and 40, respectively. Find its 100th term.

what is m/9 - 1 = -2 whats the answer & steps

a mulberry silk worm can spit a single thread the measure up to 3,900 ft in length. write the number in scientific notation?

5.4 5.400 less greater

what is the place underground where plates start to slip called.

What is Circular Motion?

If every positive number has two square roots and you can find the length of the side if a square window by finding a square root of the area, why is there only