2 LA SC Background Information, This question is on uniform circular Motion and the main idea is to learn what happens when a force is applied perpendicular to the direction of motion for an object. Possible Equations to use: ar 11 V √² 3/4 r EF=mar =mv = r V = distance Time 11 2 2tr If need be use these concepts: Kinematics • Free-body diagram Selef central angles a • EX 2013 Glass tube 70 reference Marker F L Question: around 0 You are in a car traveling at high speed going a curve that is turning to the right. Which way is the CD case on your dashboard likely to slide? ng You are in going around a car traveling at high speed curve that is turning to the right. If you were to hit a patch which direction is your car 1 of ice going to go? CCC 666

2 LA SC Background Information, This question is on uniform circular Motion and the main idea is to learn what happens when a force is applied perpendicular to the direction of motion for an object. Possible Equations to use: ar 11 V √² 3/4 r EF=mar =mv = r V = distance Time 11 2 2tr If need be use these concepts: Kinematics • Free-body diagram Selef central angles a • EX 2013 Glass tube 70 reference Marker F L Question: around 0 You are in a car traveling at high speed going a curve that is turning to the right. Which way is the CD case on your dashboard likely to slide? ng You are in going around a car traveling at high speed curve that is turning to the right. If you were to hit a patch which direction is your car 1 of ice going to go? CCC 666

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter6: Applications Of Newton's Laws

Section: Chapter Questions

Problem 15CQ: Suppose a mass is moving in a circular path on a frictionless table as shown below. In Earth’s frame...

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nknown distance a the initial bullet speed vo. The the vertical distance h. What was the to- late its numerical value for vo = 1500 m/s and h= Vo=1500mls h=1.5 3. A car travels on a circular road with radius R and banking angle e chosen so that at the speed v the friction force vanishes (the optimal this road at rest? Investigate the cases of small and large v. banking). What is the friction force acting on the car of mass m on (7186) (T-0): k5 (W₁-0₂ 159 (9186); (T-100) = 4014² T-401437 XX₁ +Q₂ +Q3 = 066.6 X 10³J² + 837 = T +4014 37-4014373 = 837+4014=
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