muffingal32 muffingal32

25-09-2022
Physics

Answered

A 0.22kg meter stick is placed so that it's leftmost end is in contact with a nearby
table. The meter stick has a rotational inertia of Irod = ml² about its end. The
meter stick is released and allowed to fall.
Calculate the magnitude of the meter stick's angular acceleration about its end.
Round your answer to the nearest tenth and express your answer in rad/s^2.

A 022kg meter stick is placed so that its leftmost end is in contact with a nearby table The meter stick has a rotational inertia of Irod ml about its end The m class=

Answer :

Other Questions

Describe a technique to measure the average thickness of a single sheet of a 500 page textbook using a meter stick.

A 5m long 187.1kg drawbridge is free to rotate about its end as shown in the image above. The drawbridge is lifted to an angle of 24.2° above the horizon when

What is the equation of a line that passes through (8,-5) and is parallel to the graphed line? -6 -2 8 6 4 2 4 -6- -8

Drag the cannon up to a height of around 13m. (Use the tape measure to set the cannon height!) Choose an initial speed between 10 and 40 m/s. Make sure the ang

Imagine a simple spring, a simple harmonic oscillator where where the mass is 1 kg and the spring constant is 10 N/m. The angular frequency would be around 3.1

Use the velocity-time graph below to answer the following questions. 1 Sketch the position-time graph that corresponds to this velocity-time graph. What is the

Aball is travelling at a constant speed of 6 m/s is a circle of radius 2m. What is the centripetal acceleration of the ball? O 18 m/s^2 O 10m/s^2 O 12 m/s^2 O 3

567N East 1283N West 567N West 02:47:57 Time Remaining 12 1 point What is the magnitude and direction of the net force on a car that has a force of 925N East an

Use the velocity-time graph below to answer the following questions. 1.Sketch the position-time graph that corresponds to this velocity-time graph.2. What is th

An object moves based on the following description: *For 2 second, the object has a velocity of 1 m/s. *For 2 seconds, the object has a velocity of 0 m/s. *For