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What force does an athlete exert when making a high jump?
- a)Athlete pushes the ground, moving upwards
- b)Bar pulls the athlete, lifting them higher
- c)Air pushes the athlete, causing resistance
- d)Ground pulls the athlete, keeping them stable
Correct answer is option 'A'. Can you explain this answer?
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What force does an athlete exert when making a high jump?a)Athlete pus...
The athlete pushes against the ground to jump, showing how force can change motion.
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What force does an athlete exert when making a high jump?a)Athlete pus...
Force exerted by an athlete during a high jump:
The force exerted by an athlete when making a high jump is the force with which they push against the ground to propel themselves upwards. This force is crucial in enabling the athlete to overcome gravity and achieve the necessary height to clear the bar.
Explanation:
- Athlete pushes the ground, moving upwards: When an athlete crouches down and then forcefully pushes against the ground with their legs, they generate an upward force that propels them into the air. This force is known as the ground reaction force, and it is essential for generating the vertical velocity needed for a successful jump.
- Bar pulls the athlete, lifting them higher: While the bar serves as the height marker for the jump, it does not exert any force on the athlete. The athlete's interaction with the bar is limited to clearing it with their body during the jump.
- Air pushes the athlete, causing resistance: Air resistance can indeed play a role in affecting the trajectory of the jump, but it is not the primary force that the athlete exerts during the high jump.
- Ground pulls the athlete, keeping them stable: The ground does not pull the athlete during a high jump; instead, the athlete pushes against the ground to generate the force needed for the jump.
In conclusion, the force exerted by an athlete during a high jump is the result of their pushing against the ground to propel themselves upwards, overcoming gravity and achieving the necessary height for a successful jump.
The force exerted by an athlete when making a high jump is the force with which they push against the ground to propel themselves upwards. This force is crucial in enabling the athlete to overcome gravity and achieve the necessary height to clear the bar.
Explanation:
- Athlete pushes the ground, moving upwards: When an athlete crouches down and then forcefully pushes against the ground with their legs, they generate an upward force that propels them into the air. This force is known as the ground reaction force, and it is essential for generating the vertical velocity needed for a successful jump.
- Bar pulls the athlete, lifting them higher: While the bar serves as the height marker for the jump, it does not exert any force on the athlete. The athlete's interaction with the bar is limited to clearing it with their body during the jump.
- Air pushes the athlete, causing resistance: Air resistance can indeed play a role in affecting the trajectory of the jump, but it is not the primary force that the athlete exerts during the high jump.
- Ground pulls the athlete, keeping them stable: The ground does not pull the athlete during a high jump; instead, the athlete pushes against the ground to generate the force needed for the jump.
In conclusion, the force exerted by an athlete during a high jump is the result of their pushing against the ground to propel themselves upwards, overcoming gravity and achieving the necessary height for a successful jump.
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