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It isn't clear what two situations you are talking about - I see only one in the question.The force experienced by the both objects is the same - except that it is in opposite directions. This is simply a statement of Newton's Third Law.
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In a collision a vehicle that rebounds off the object it strikes experiences the same forces as it exerts on that object assuming the time is the same in both situations true or false?
True. According to Newton's Third Law of Motion, for every action, there is an equal and opposite reaction. So, when a vehicle rebounds off an object, it experiences the same force that it exerts on that object, provided the time of impact is the same in both situations.
What True or false in a collision a vehicle that rebounds off the object it strikes experiences more force than if it crumples assuming the time is the same in both situations?
False. In a collision, the force experienced by the vehicle is determined by the rate of change of momentum, which in turn is affected by the duration of the collision. A crumpling vehicle dissipates the force over a longer period of time compared to a vehicle that rebounds quickly, resulting in less force on the occupants.
In a collision a vehicle that rebounds off the object is strikes experience less force than if it crumples assuming the time is the same in both situations?
False. In a collision a vehicle that rebounds off the object it strikes does not experience the same force as it exerts on that object assuming the time is the same in both situations.THE ANSWER IS ACTUALLY TRUE
In a collision a vehicle that rebounds off the object it strikes experiences less force than if it crumples assuming the time is the same in both situations true or false?
False. The same force is experienced, except that the rebound energy is reduced by the amount of energy expended in deforming the vehicle.
In a collision a vehicle that rebounds off the object it trikes experiences less force than if it crumples assuming the time is the same in both situations?
Yes, that is correct. When a vehicle crumples upon impact, the longer time over which the force is applied reduces the peak force experienced by the occupants, known as impulse. This helps reduce injuries compared to a situation where the vehicle rebounds quickly with a shorter time frame for the force to act.
In a collision a vehicle that rebounds off the object strikes experiences less force than if it crumples assuming the time is the same in both situations?
False, in a collision a vehicle that rebounds off the object it strikes does not experience less force than if it crumples assuming the time is the same in both situations.
In a collision a vehicle that rebounds off the object it strikes experiences the same forces as it exerts on that object assuming the time is the same in both situations true or false?
True. According to Newton's Third Law of Motion, for every action, there is an equal and opposite reaction. So, when a vehicle rebounds off an object, it experiences the same force that it exerts on that object, provided the time of impact is the same in both situations.
What True or false in a collision a vehicle that rebounds off the object it strikes experiences more force than if it crumples assuming the time is the same in both situations?
False. In a collision, the force experienced by the vehicle is determined by the rate of change of momentum, which in turn is affected by the duration of the collision. A crumpling vehicle dissipates the force over a longer period of time compared to a vehicle that rebounds quickly, resulting in less force on the occupants.
In a collision a vehicle that rebounds off the object is strikes experience less force than if it crumples assuming the time is the same in both situations?
False. In a collision a vehicle that rebounds off the object it strikes does not experience the same force as it exerts on that object assuming the time is the same in both situations.THE ANSWER IS ACTUALLY TRUE
In a collision a vehicle that rebounds off the object it strikes experiences less force than if it crumples assuming the time is the same in both situations true or false?
False. The same force is experienced, except that the rebound energy is reduced by the amount of energy expended in deforming the vehicle.
In a collision a vehicle that rebounds off the object it trikes experiences less force than if it crumples assuming the time is the same in both situations?
Yes, that is correct. When a vehicle crumples upon impact, the longer time over which the force is applied reduces the peak force experienced by the occupants, known as impulse. This helps reduce injuries compared to a situation where the vehicle rebounds quickly with a shorter time frame for the force to act.
in a collision a vehicle that rebounds off the object it strikes experiences the same force as it exerts on that object assuming the time is the same in both situation?
It isn't clear what two situations you are talking about - I see only one in the question.The force experienced by the both objects is the same - except that it is in opposite directions. This is simply a statement of Newton's Third Law.
In a collision a vehicle that rebounds off the object is strikes experience more force than if it crumples assuming the time is the same in both situations?
No, in a collision where a vehicle crumples upon impact, the force experienced by the occupants is actually reduced compared to a situation where the vehicle rebounds off the object. This is because when the vehicle crumples, the impact forces are absorbed over a longer period of time, extending the duration of the collision which decreases the force experienced by the occupants.
In a colission a vecihle that rebounds off the object it strikes experience more force than if it crumples?
In a collision, a vehicle that rebounds off an object experiences more force because the collision is elastic and the force of impact is not absorbed by crumpling. When a vehicle crumples in a collision, the impact force is distributed over a larger area and prolongs the time of impact, reducing the force experienced by the occupants.
In a collision a vehicle that rebounds off the object it strikes experiences the same force as it exerts on that object assuming the time is the same in both situations.?
It isn't clear what two situations you are talking about - I see only one in the question.The force experienced by the both objects is the same - except that it is in opposite directions. This is simply a statement of Newton's Third Law.
In a collision a vehicle that rebounds off the logic is stripe less force on a crumbles assuming the time is the same in both situation?
In a collision, if a vehicle rebounds off without crumpling, it is likely to experience less force compared to a situation where it crumples upon impact. This is because a crumpling vehicle absorbs more of the impact energy and extends the collision time, reducing the force exerted on the vehicle. The rebounding vehicle reflects more of the impact energy, resulting in a shorter collision time and potentially higher forces.
What is the action when a ball rebounds after hitting a wall?
When a ball hits a wall and rebounds, it experiences a change in momentum due to the impact with the wall. The ball's kinetic energy is transferred to the wall during the collision, causing it to change direction and bounce back in the opposite direction. This rebound is governed by the law of conservation of energy and momentum.
