Feb 5, 2014 · How can I calculate the values of $J$ (total angular momentum) for a particular term, for instance, $ {}^3P$?

Mar 29, 2024 · $\vec\omega$ being the angular velocity vector of a particle, $\vec {r}$ being its position vector, and $\vec {v}$ being the linear velocity vector. Let's suppose the particle is …

Determine the angular momentum of a 60 g particle about the origin of coordinates when the particle is at x = 2.3 m, y = -2.5 m, and it has velocity vector v = (1.5 i - 7.7k) m/s.

Jun 24, 2019 · 3 The angular velocity $\vec {\omega}$ lies along the axis of rotation. And the angular momentum $\vec {J}$ is the cross product of $\vec {r} \times \vec {p}$. Which …

Dec 10, 2022 · How do we calculate the angular momentum of the particle about the moving point (rigid body as seen in diagram)? My approach:- We can first assume the body is not …

Mar 13, 2024 · Why has $^1D$ configuration lower energy than $^1S$ ? Hund's second rule says that for two configurations with the same multiplicity, the configuration with the highest total …

Nov 28, 2013 · If a rod is rotating about one end, does it have pure rotation or do you also consider the translation of centre of mass when calculating its angular momentum? Also, how …

Apr 13, 2017 · A non-zero specific angular momentum changes the space-time metric around the black hole - one uses the Kerr metric, rather than the Schwarzschild metric. This in turn …

Feb 18, 2018 · But angular momentum depends on the position only if there is linear momentum present. This is entirely equivalent to a torque varying by position in the presence of forces, …

Nov 12, 2021 · At any point on the orbit, the speed is given by the vis-viva equation, which is a consequence of the invariance of the orbital energy and conservation of angular momentum.