Home Study tools My courses My books Career Life Search Find solutions for your homework home / study / engineering / mechanical engineering / mechanical engineering questions and answers / a train is traveling at 60 km/hr. if its brakes gi… Post a question Answers from our experts for your tough homework questions Enter question Question: A train is traveling at 60 km/hr. If its brakes give the train a const… (2 bookmarks) Continue to post 1 question remaining Snap a photo from your phone to post a question We'll send you a one-time download link Show transcribed image text Text me 888-888-8888 Expert Answer By providing your phone number, you agree to receive a one-time automated text message with a link to get the app. Standard messaging rates may apply. Rachna answered this 16,213 answers Was this answer helpful? 6 0 u (initail velocity ) = 60km/hr= 16.67 m/s apprx My Textbook Solutions v( nal velocity) = 0 m/s a= - 0.5 m/s^2 Using kiunematic equation, v^2 - u^2 = 2as 0 - 16.67^2 = 2(-0.5)S s= 277.77 m Engineering Circuit... Elementary Differential... Vector Mechanics... 8th Edition 8th Edition 12th Edition View all solutions time= ( v-u)/a= ( 0-16.67)/- 0.5= 33.34 sec apprx Hide comments (1) Comments Rachna posted 10 years ago thank you Leave a comment Practice with similar questions Q: A train is traveling at 60 km/hr. If its brakes give the train a constant deceleration of 0.5 m/s2 , nd the distance from the station where the brakes should be applied so that the train will come to a stop at the station. How long will it take the train to stop? A: See answer 100% (1 rating) Questions viewed by other students Q: A train is traveling at 60 km/hr. If its brakes give the train a constant deceleration of 0.5 m/s2 , nd the distance from the station where the brakes should be applied so that the train will come to a stop at the station. How long will it take the train to stop? A: See answer 100% (1 rating) Q: A ball of mass m, attached to a mass-less string, is released from rest with the cord taut. Find the equation of motion that describes the motion of the ball in terms of the coordinate 0. The initial position is such that the string is horizontal and upon leaving the ball, the ball swings like a pendulum. Please note that the string is in-extensible and that the ball is small enough... A: See answer 100% (2 ratings) Show more COMPANY LEGAL & POLICIES CHEGG PRODUCTS AND SERVICES CHEGG NETWORK CUSTOMER SERVICE About Chegg Advertising Choices Cheap Textbooks Mobile Apps EasyBib Customer Service Chegg For Good Cookie Notice Chegg Coupon Sell Textbooks Internships.com Give Us Feedback College Marketing General Policies Chegg Play Solutions Manual Thinkful Help with eTextbooks Corporate Development Intellectual Property Rights Chegg Study Help Study 101 Help to use EasyBib Plus Investor Relations Terms of Use College Textbooks Textbook Rental Jobs Global Privacy Policy eTextbooks Used Textbooks Manage Chegg Study Subscription Join Our Affiliate Program DO NOT SELL MY INFO Flashcards Digital Access Codes Return Your Books Media Center Honor Code Learn Chegg Money Textbook Return Policy Site Map Honor Shield Chegg Math Solver © 2003-2021 Chegg Inc. All rights reserved.