DAA 400 kg go cart is driven at ag speed of 36 kilometers PCrhour around a circular racetrack of radius 10 meters· To keep ea the cart from skidding off course.anticlock wise) Construct a rectang ular equation for the racetrackii) Find the Curveture of arc circular racetrack .iti) Find the +angen tial and normal Componets of accel eration-iv) Hence find the frictional force must the track surfaceexert on the tires.) Constru ct a vector value fun ctton for the racetrackV) Hen ce find the acceleration vector.vii) Hence prove that the compon ent of a cceleration Vectorin vi. aresame with ii.

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A 400 kg go cart is driven at ag speed of 36 kilometers hour around a per circular racetrack Of radius 10 meters anticlock wise To keep ea the cart from skidding off covrse. ) Construct a rectang ular eqyation for the racetrack ti) Find the Curveture of ärca circular & racetrack. iti) Find the tangen tral and normal componetrts of accel eration . iv) Hence find the frictional force must the track surface exert on the tires-

A 400 kg go cart is driven at ag speed of 36 kilometers hour around a per circular racetrack Of radius 10 meters anticlock wise To keep ea the cart from skidding off covrse. ) Construct a rectang ular eqyation for the racetrack ti) Find the Curveture of ärca circular & racetrack. iti) Find the tangen tral and normal componetrts of accel eration . iv) Hence find the frictional force must the track surface exert on the tires-

University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 64P: A runner taking part in the 200-m dash must run around the end of a track that has a circular arc...

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