$17$:$28$ Tue $17$ Dec

$32\%$

Eulerian Angles; Eulerian Angles Rotation Matrices; Angular Momentum in $3$D; Inertial Properties of $3$D Bodies $-...$

Used with permission from "Engineering Mechanics: Dynamics," McGill$/$King$,4$th Ed$.,2003$

$1$ point

vec$(H{)}_C=\frac{m{r}^2}{4}sin(hat(i)-(2\frac{L}{r})hat(j))$

vec$(H{)}_C=\frac{m{r}^2}{2}sin(hat(i)-(\frac{L}{r})hat(j))$

vec$(H{)}_C=\frac{m{r}^2}{4}cos(hat(i)-(2\frac{L}{r})hat(j))$

None of the above

Previous

Submit