The angular momentum L of a particle is defined in terms of its position vector r and momentum p = mr by L =rxp. (1) Show that in an inertial frame dL г, (2) dt where T=r xF (3) and F is the force acting on the particle.

icon
Related questions
Question
The angular momentum L of a particle is defined in terms of its position vector r and
momentum p = mŕ by
L =rxp.
(1)
Show that in an inertial frame
IP
dt
(2)
where
T=r x F
(3)
and F is the force acting on the particle.
Transcribed Image Text:The angular momentum L of a particle is defined in terms of its position vector r and momentum p = mŕ by L =rxp. (1) Show that in an inertial frame IP dt (2) where T=r x F (3) and F is the force acting on the particle.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps with 2 images

Blurred answer