Well the only normal force that it could have at the top is the weight. But if it was only the weight at that point, there is no actual normal force so for that slight moment it is not in contact with the track.
Homework Statement
If a little car is traveling at an initial speed of 4m/s entering a vertical loop the loop, what is the largest possible radius the loop can have which the car remains in contact with the track at all times?
Homework Equations
The only thing i can think of is...
Loop the Loop Problem
Homework Statement
If a little car is traveling at an initial speed of 4m/s entering a vertical loop the loop, what is the largest possible radius the loop can have which the car remains in contact with the track at all times?
Homework Equations
The only thing i...
Loop the Loop problem help.
The Problem says that there is a little car going at an initial speed of 4 m/s while entering a vertical loop the loop. Then all it wants is the largest possible radius of the loop that the car can still remain on the track at all times.
I don't understand, the...