A plane is flying at an altitude of 1.2 km with constant velocity of 300 km/h when the pilot drops their hat. (a) Suppose instead the plane was flying at 400 km/h, how would the time it takes the hat to reach the ground change? (b) What path does the hat appear to take from the pilot's perspective? What path does the hat take according to an observer on the ground. Explain your answers and ignore air resistance. (c) Rank the trajectories to the right according to their (i) time in the air, (ii) initial vertical velocity, and (iii) initial veloc- ity.

A plane is flying at an altitude of 1.2 km with constant velocity of 300 km/h when the pilot drops their hat. (a) Suppose instead the plane was flying at 400 km/h, how would the time it takes the hat to reach the ground change? (b) What path does the hat appear to take from the pilot's perspective? What path does the hat take according to an observer on the ground. Explain your answers and ignore air resistance. (c) Rank the trajectories to the right according to their (i) time in the air, (ii) initial vertical velocity, and (iii) initial veloc- ity.

Name: Problem 2 Projectile MotionA plane is flying at an altitude of 1.2 km
Uploaded: 2024-03-20T06:57:47.000Z
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Description: Problem 2 Projectile MotionA plane is flying at an altitude of 1.2 km with constant velocity of 300 km/h when the pilot drops theirhat. (a) Suppose instead the plane was flying at 400 km/h, how would the time it takes the hat to reachthe ground chan

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter4: Two-and-three Dimensional Motion

Section: Chapter Questions

Problem 51PQ

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