Stack Exchange network consists of 183 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers.
I know that acceleration $\vec{a}$ is not a vector field but $\vec{F}$ is. Can you view the angular velocity $\vec{\omega}$ as a kind of vector field on a rigid body? AndCan you do the same for the position vector $\vec{r}$ as well?
I know that acceleration $\vec{a}$ is not a vector field but $\vec{F}$ is. Can you view the angular velocity $\vec{\omega}$ as a kind of vector field on a rigid body? And position vector $\vec{r}$ as well?
I know that acceleration $\vec{a}$ is not a vector field but $\vec{F}$ is. Can you view the angular velocity $\vec{\omega}$ as a kind of vector field on a rigid body? Can you do the same for the position vector $\vec{r}$ as well?
Is angular velocity a kind of vector field? How do you answer this question?
I know that acceleration $\vec{a}$ is not a vector field but $\vec{F}$ is. Can you view the angular velocity $\vec{\omega}$ as a kind of vector field on a rigid body? And position vector $\vec{r}$ as well?
