How to calculate the field due to a uniformly charged ring at a point not on the perpendicular axis of the plane of the ring
I have tried using coulomb's law and divergennce of the electric potential but I always stumble with a complicated integeral
Hey everyone, This is the school book's answer to this question. I think -like kuruman said- it initially considered the body to be moving with a uniform velocity and then a resistance force acted on it.
As I have stated earlier I have no problem with those calculations. My issue is if we try...
Mentor note: Moved from a technical section, so is missing the homework template.
A Body of mass 1kg moves with a uniform velocity of magnitude 12m/s, a resistance of force of magnitude 6x^2 (newton) where x is the displacement (meter) which the body travels under the action of the resistance...