When a speeding car takes a sharp turn, the persons sitting in it expe...
Inertia of direction
Inertia of direction is a concept that explains the tendency of an object to continue moving in a straight line unless acted upon by an external force. When a speeding car takes a sharp turn, the car is changing its direction of motion rapidly. However, the passengers inside the car still possess the inertia of their original direction of motion.
Outward pull
As the car takes the sharp turn, the passengers inside the car tend to continue moving in their original direction due to their inertia. This causes them to experience an outward pull towards the outside of the turn. This outward pull is a result of the passengers' bodies resisting the change in direction imposed by the car's movement.
Conclusion
Therefore, the outward pull experienced by the passengers in a speeding car taking a sharp turn is due to the inertia of their original direction of motion. This phenomenon highlights the importance of seat belts and other safety measures to prevent passengers from being thrown off balance during sudden changes in direction.
When a speeding car takes a sharp turn, the persons sitting in it expe...
Explanation:
When a speeding car takes a sharp turn, the passengers inside the car experience an outward pull. This happens due to the inertia of direction.
Inertia of direction:
Inertia is the tendency of an object to resist changes in its motion. The inertia of direction refers to an object's resistance to changes in its direction of motion. When a car takes a sharp turn, it changes its direction of motion, causing the passengers to experience an outward pull.
Reasons behind the outward pull:
1. The passengers inside the car tend to continue moving in a straight line due to their inertia.
2. When the car takes a sharp turn, it changes its direction, but the passengers still tend to move in their original straight line path.
3. As a result, the passengers experience an outward pull towards the outside of the turn.
Alternative options:
- Change in momentum: This is not the correct answer because the outward pull experienced by the passengers is not directly related to a change in momentum.
- Change in acceleration: This is not the correct answer because the outward pull experienced by the passengers is not directly related to a change in acceleration.
- None of the above: This is not the correct answer because the correct answer is the inertia of direction.
Therefore, the correct answer to the question is A: inertia of direction.
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