Respuesta :
Answer:
Friction force to the right
Explanation:
Since we know that when car is taking sharp left turn then our tendency of motion is along the car
So we also have tendency to take turn towards left
Since we know that friction force always oppose the tendency of relative motion between two surface
so the friction force between car and us will oppose the relative motion and it will act opposite to it
So the friction force will be towards right due to which the person inside the car will slide towards right
so correct answer will be
Friction force to the right
The person seat on back seat of taxi, starts to slide to the right then the force acted on body is centripetal force towards the left.
What is centripetal force frictional force?
Centripetal force is the force which is required to keep rotate a body in a circular path. The direction of the centripetal force is inward of the circle towards the center of rotational path.
Frictional force is the force which is resist the original force, when applied on the body by another body at the point of their contact.
Given information-
The person is sitting at the back seat of a taxi.
The taxi rotates over a sharp turn with constant velocity.
Let x is the person sited inside the taxi on the back seat. Now as he does not wear the seat belt, thus his body will tent to move in the opposite direction of taxi moving.
Here, in the attached image the person is show. As the driver takes the left turn, with a constant speed. It will move in a circular path.
Thus the centripetal force act by this rotational motion will act on the body outside the rotation of angle.
Thus the body starts to slide to the right due to the concur this centripetal force towards the left.
Hence, the body starts to slide to the right then the force acted on body is centripetal force towards the left.
Learn more about the centripetal force here;
https://brainly.com/question/20905151
