Question

Q.1-08 (Ans) $40\hat{k}$ [kg·m²/s] The particle of mass $m$ has the velocity shown. Determine its angular momentum about point $O$ when mass $m = 2$ [kg]. 3 [m] $v = 5$ [m/s] $m$ $x$ $O$ 4 [m]

Name: q1 08 ans 40hatk kgm2s the particle of mass m has the velocity shown determine its angular momentum about point o when mass m 2 kg 3 m v 5 ms m x o 4 m 29768
Uploaded: 2020-09-09T21:19:29-08:00
Duration: 3 min 38 s
Channel: Maria Gabriela Cota Moreira
Description: q1 08 ans 40hatk kgm2s the particle of mass m has the velocity shown determine its angular momentum about point o when mass m 2 kg 3 m v 5 ms m x o 4 m 29768

          Q.1-08 (Ans) $40\hat{k}$ [kg·m²/s]
The particle of mass $m$ has the velocity shown. Determine its
angular momentum about point $O$ when mass $m = 2$ [kg].
3 [m]
$v = 5$ [m/s]
$m$
$x$
$O$
4 [m]

q1 08 ans 40hatk kgm2s the particle of mass m has the velocity shown determine its angular momentum about point o when mass m 2 kg 3 m v 5 ms m x o 4 m 29768

Added by Jes-S W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Maria Gabriela Cota Moreira

09/09/2020

Step 1

The formula for angular momentum $\vec{L}$ of a particle about a point is given by: $\vec{L} = \vec{r} \times \vec{p}$ where $\vec{r}$ is the position vector from the point of rotation to the particle, and $\vec{p}$ is the linear momentum of the particle. The Show more…

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Q.1-08 (Ans) $40\hat{k}$ [kg·m²/s] The particle of mass $m$ has the velocity shown. Determine its angular momentum about point $O$ when mass $m = 2$ [kg]. 3 [m] $v = 5$ [m/s] $m$ $x$ $O$ 4 [m]