Calculate the Maximum Velocity of a Car Around a Flat Corner | Centripetal Force & Friction

[@marcos1669]

This is great, but is fails to mention one important thing, the coefficient of friction isnt static, it depends on the weight and center of Gravity of the car, because the heavier and higher the car, the more the weight transfer to the ouside wheels. And the thing with this is that the coefficient of friction varies not linearly with the supported weight on each wheel, so the biger the weight transfer, the lower the coefficient of friction of the tyres Still a like

[@INTEGRALPHYSICS]

True. I tried to keep this one from spiraling down the IRL rabbit hole.

[@GODFALL-cg9tb]

Physics is interesting!

[@INTEGRALPHYSICS]

At times...

[@AdreannaRhysand]

Hi Sir, Can you please answer a physics question regarding geometrical optics? What is the difference between magnification and magnifying power? What exactly do we mean when we say that the object and/or image is/are at infinity?

[@akshay442]

Interesting physics

[@INTEGRALPHYSICS]

thanks!

[@jailene7360]

why can Fr = Fc? can you make any F = another F ?

[@jacobschumacher-hz4hg]

Centripetal force (Fc) is the force that pulls the mass to the centre, this is just describing what the force does, it can be done by any force. For example the gravitational force that keeps satilites in orbit. But in this case the force that is pulling the car to the centre is friction, therefore friction is the centripital force (Fc). So there is no just letting the two F's equal each other cause there the letter "F", they are the same force.