Problem 2 Continued) Once the toy car drives off the edge of the cliff, the rocket STILL causes the toy car to accelerate horizontally at 4.14 m/s². 2B) the toy car's displacement (both magnitude and direction) from when it drives off the edge of the cliff to when it hits the lake below? If it takes the toy car 8.31 s after driving off the edge of the cliff to hit a lake below, what is

Problem 2 Continued) Once the toy car drives off the edge of the cliff, the rocket STILL causes the toy car to accelerate horizontally at 4.14 m/s². 2B) the toy car's displacement (both magnitude and direction) from when it drives off the edge of the cliff to when it hits the lake below? If it takes the toy car 8.31 s after driving off the edge of the cliff to hit a lake below, what is

Name: Problem 2 Continued) Once the toy car drives off the edge of the clif
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Description: Problem 2 Continued) Once the toy car drives off the edge of the cliff, the rocket STILL causes the toy car toaccelerate horizontally at 4.14 m/s².2B)the toy car's displacement (both magnitude and direction) from when it drives off the edge of the c

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Problem 2 Continued) Once the toy car drives off the edge of the cliff, the rocket STILL causes the toy car to
accelerate horizontally at 4.14 m/s².
2B)
the toy car's displacement (both magnitude and direction) from when it drives off the edge of the cliff to when it
hits the lake below?
If it takes the toy car 8.31 s after driving off the edge of the cliff to hit a lake below, what is

Paroblem (2 A)
Distance bet ween from tall Cliff=T.3om
accel eration =4.14 m/s²
let velocity of toy car ewhen it reach cliff is
v m/s
S =7.30m
v²=0+ 2xk.14 X 7.30
V=J60.44 m/s
V= 7.77 m/s

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