A particle of unit mass moves under the influence of the net force F = 1/r3 r-hat. At the initial time the particle is
Posted: Mon May 02, 2022 4:34 pm
A particle of unit mass moves under the influence of the net
force F = 1/r3 r-hat. At the initial time the
particle is at the distance r=2 from the origin and its
angular velocity is equal to 2. It follows that
the particle moves in a circle
the trajectory of the particle is unbounded
the angular momentum of the particle tends to zero when time
tends to infinity
the angular velocity of the particle remains constant
force F = 1/r3 r-hat. At the initial time the
particle is at the distance r=2 from the origin and its
angular velocity is equal to 2. It follows that
the particle moves in a circle
the trajectory of the particle is unbounded
the angular momentum of the particle tends to zero when time
tends to infinity
the angular velocity of the particle remains constant