35° 9 m/s The last segment of the triple jump track-and-field event is the jump, in which the athlete makes a final leap, landing in a sandfilled pit. Assuming that the velocity of a 80-kg athlete...


35°<br>9 m/s<br>The last segment of the triple jump track-and-field event is the<br>jump, in which the athlete makes a final leap, landing in a<br>sandfilled pit. Assuming that the velocity of a 80-kg athlete just<br>before landing is 9 m/s at an angle of 35° with the horizontal and<br>that the athlete comes to a complete stop in 0.22 s after landing,<br>determine the horizontal component of the average impulsive<br>force exerted on his feet during landing.<br>Landing pit<br>

Extracted text: 35° 9 m/s The last segment of the triple jump track-and-field event is the jump, in which the athlete makes a final leap, landing in a sandfilled pit. Assuming that the velocity of a 80-kg athlete just before landing is 9 m/s at an angle of 35° with the horizontal and that the athlete comes to a complete stop in 0.22 s after landing, determine the horizontal component of the average impulsive force exerted on his feet during landing. Landing pit

Jun 11, 2022
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