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13) A short commutator train consists of a locomotive and two cars. The mass of the locomotive is 6000kg and that of each car is 2000kg. The train pulls away from a station with an acceleration of 0.5ms -2. Determine the horizontal pulling force that the locomotive wheels exert on the track, the tension between the couplings joining the two cars and the tension between the couplings joining the two cars.

13) A short commutator train consists of a locomotive and two cars. The mass of the locomotive is 6000kg and that of each car is 2000kg. The train pulls away from a station with an acceleration of 0.5ms -2. Determine the horizontal pulling force that the locomotive wheels exert on the track, the tension between the couplings joining the two cars and the tension between the couplings joining the two cars.

College Physics
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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Pls solve the question number 13

Pls solve the question of equilibrium

8:43 PM 0.9KB/s O LTE 78 E mfewpe - 11 - 2020 bodies, if a force of 1N, parallel to the surface is applied to m2? 13) A short commutator train consists of a locomotive and two cars. The mass of the locomotive is 6000kg and that of each car is 2000kg. The train pulls away from a station with an acceleration of 0.5ms -2. Determine the horizontal pulling force that the locomotive wheels exert on the track, the tension between the couplings joining the two cars and the tension between the couplings joining the two cars. 14) A block mı = 0.2kg to which a light inextensible string is attached rests on a smooth horizontal surface. The string
Transcribed Image Text:8:43 PM 0.9KB/s O LTE 78 E mfewpe - 11 - 2020 bodies, if a force of 1N, parallel to the surface is applied to m2? 13) A short commutator train consists of a locomotive and two cars. The mass of the locomotive is 6000kg and that of each car is 2000kg. The train pulls away from a station with an acceleration of 0.5ms -2. Determine the horizontal pulling force that the locomotive wheels exert on the track, the tension between the couplings joining the two cars and the tension between the couplings joining the two cars. 14) A block mı = 0.2kg to which a light inextensible string is attached rests on a smooth horizontal surface. The string
(Page No. cord Let the tension in the buspended Find ithe each body be wveightof 200 Ň. 37 37 53 58 200 N
Transcribed Image Text:(Page No. cord Let the tension in the buspended Find ithe each body be wveightof 200 Ň. 37 37 53 58 200 N
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