A student takes a ride called The Rotor. The Rotor is an upright cylindrical dru
ID: 2258631 • Letter: A
Question
A student takes a ride called The Rotor. The Rotor is an upright cylindrical drum that is spinning around its axis. once at speed, the floor is lowered from underneath the riders. The student seems to be "glued" to the wall. The figure below shows a sketch and also the correct free body diagram.
Which of the following statements is correct?
A) The magnitude of the frictional force is much larger than the weight
B) The magnitude of the frictional force is slightly larger than the weight
C) the magnitude of the frictional force is exactly the weight
D) the magnitude of the frictional force is slightly lower than the weight
E) The magnitude of the frictional force is much less than the weight
Explain why please!
by friction on the crate? -3023 J -2913 J -3841 J -3130 J -217 J A student takes a ride called The Rotor. The Rotor is an upright cylindrical drum that is spinning around its axis. Once at speed, the floor is lowered from underneath the riders. The student seems to be "glued" to the wall. The figure below shows a sketch and also the correct freebody diagram. which the following statement is correct? 'The magnitude of the factional force is much larger than the weight. The magnitude of the frictional force is exactly the weight. The magnitude of the frictional force is slightly lower than the weight. The magnitude of the frictional force is much lees than the weight.Explanation / Answer
C
because the man is in vertical equlibriun=m so friction is exactly wieght
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.