Calculate Vertical Displacement in Stunt Jump | 2D Motion Physics Problem

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SUMMARY

The discussion focuses on calculating the vertical displacement of a stuntman jumping from one building to another in a 2D motion physics problem. The stuntman leaps at an angle of 11° with an initial speed of 5.4 m/s, with gravity acting at 9.81 m/s². The goal is to determine if he can reach a lower building that is 1.7 m shorter than the building he jumps from, which is 4.8 m away horizontally. The vertical displacement must be calculated to confirm if the jump is successful.

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Homework Statement



In a scene in an action movie, a stunt man
jumps from the top of one building to the
top of another building 4.8 m away. After a
running start, he leaps at an angle of 11◦ with
respect to the flat roof while traveling at a
speed of 5.4 m/s.
The acceleration of gravity is 9.81 m/s2 .
To determine if he will make it to the other
roof, which is 1.7 m shorter than the build-
ing from which he jumps, find his vertical
displacement upon reaching the front edge of
the lower building with respect to the taller
building. Answer in units of m.


Homework Equations


acceleration formula


The Attempt at a Solution


tried and got a crazy number
 
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