Question

What is the purpose of the Uniform circular motion lab experiment?

Answer #1

SOLUTION:-

The purpose of uniform circular motion lab experiment is to determine the relationship between speed of an object in uniform circular motion and centripetal force on the object.

We have centripetal force; the uniform circular motion can be defined as the motion of an object in a circle at a constant speed. And centripetal force is required to keep a mass moving in a circular path with a constant speed.

The purpose of uniform circular motion lab experiment is to determine the relationship between

The centripetal force acting on an object undergoing uniform
circular motion is the net force acting on the object. In this
experiment, the centripetal force is due to tension in the string.
In other scenarios, what forces can provide the centripetal force?
Describe at least two scenarios of uniform circular motion and name
the centripetal force in each. The best answers will be different
from the ones given in the Introduction.

A proton moves in uniform circular motion perpendicular to a
uniform magnetic field with B = 0.17 T. What is the period of its
motion (in s)?

What are the mathematical relationships of variables found in
both Uniform Circular Motion and Simple Harmonic Motion?

An object is in uniform circular motion with a centripetal
acceleration a=4.3 m/s2 . If the period of the circular motion is
T=1.8 s, what is the radius of the circle?
0.56 m
0.71 m
0.14 m
0.35 m
0.46 m

For an object in uniform circular motion, be able to describe
how the acceleration of that object depends on the velocity of the
object and the radius of the circular path.
Please explain in simplest terms and give an example using units
given.

If the speed of an object in uniform circular motion is tripled,
the magnitude of the centripetal acceleration increases by a factor
of :
A. 2
B. 3
C. 9
D. 6
E. 8

Why
uniform circular motion has acceleration if it has the same speed
everywhere?

Is it possible for an object in uniform circular motion to have
nonzero tangential yet zero centripetal acceleration? explain

an object swings at the ene if a string in uniform circular
motion. which of the following changes would not cause an increased
centrioetal force
invreasing the angular speed if a rotating body will not cause an
increase in

A rock on a string undergoes uniform circular motion at a
constant radius and with period T (i.e., it makes one complete
revolution around the circle in time T). As a result, the magnitude
of the centripetal acceleration of the object is a c.
Suppose now the motion is changed so that the period is T/2 but the
radius is the same. What will be the new magnitude of the
centripetal acceleration
ac/2
2ac
4ac

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