Respuesta :
The correct option B. Path B: since velocity v is tangent to a circular path.
Explain the term tangential velocity?
Any linear component of an object's motion that travels a circular path is called tangential velocity.
- A vector is a quantity with both magnitude and direction, according to the definition of physics.
- As an illustration, velocity is indeed a vector whose magnitude is speed.
- Distance divided by the time equals speed.
- The direction anywhere at given location on the circle is always following the tangent line when speaking of tangential velocity, which describes motion along a circle's periphery.
- We refer to the speed in our equation as "tangential velocity" since we grasp the concept of tangential direction.
Thus, the rock will follow path B since velocity v is tangent towards the circular path.
To know more about the tangential velocity, here
https://brainly.com/question/19660334
#SPJ4
The complete question is
A girl attaches a rock to a string, which she then swings counter-clockwise in a horizontal circle. The string breaks at point P in the figure, which shows a bird's-eye view (as seen from above). Which path (A-E) will the rock follow?
A. Path A
B. Path B
C. Path C
D. Path D
E. Path E
