A stone of mass $m$ is tied to a string of length $l$ and rotated in a circle with a constant speed $v$. If the string is released, the stone flies
A stone of mass $m$ is tied to a string of length $l$ and rotated in a circle with a constant speed $v$. If the string is released, the stone flies
Radially outward
Radially inward
Tangentially outward
With an acceleration $\frac{{m{v^2}}}{l}$
A stone of mass $m$ is tied to a string of length $l$ and rotated in a circle with a constant speed $v$. If the string is released, the stone flies
Stone flies in the direction of instantaneous velocity due to inertia