Derive kepler's third law
F = G(Mm/r^2)F = mv^2/rG(Mm/r^2) = mω^2rω = 2π/TG(Mm/r^2) = 4π^2mr/T^2GM/r^3 = 4π^2/T^2T^2 = r^3 (4π^2/GM)
Related Physics IB answers
All answers ▸A ball is thrown at a speed of 15m/s at a 30 degree angle from the floor, how far does this ball travel before hitting the ground? (Air resistance can be ignored)
What is the difference between a vector and a scalar?
Why does the temperature of a body stay constant during a change of state?
Could you go through the derivation of the Doppler effect for a source moving towards an observer?