A person rides a loop-the-loop, as shown, at an amusement park. The cart circles the track...
A person rides a loop-the-loop,
as shown, at an amusement park. The cart circles the track at a
constant speed. At the top of the loop, the normal force exerted by
the seat is equal to the weight of the person. At the bottom of the
loop, the person will experience
|
normal force equal to three times the weight of the person. |
|
|
no force from the seat. |
|
|
a normal force equal to two times the weight of the person. |
|
|
a normal force equal to the weight of the person. |
|
|
a normal force greater than the weight of the person, but it cannot be calculated from the information given. |
Homework Answers
Normal force at the bottom is three times the weight of the person.
Please ask your doubts or queries in the comment section below.
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