two cars, A and B, have a mass of 2 Mg and 1.5Mg, respectively. Determine the magnitudes of vA and vB if the cars collide and remain in contact while moving with a common speed of 50 km / h in the direction shown in the image. Answers: a) 12.2 m/s ; 28.6 m/s b) 29.8 m/s ; 11.9 m/s c) 43 m/s ; 65.8 m/s d) 20.8 m/s ; 10.3 m/s e) 15.6 m/s ; 14.8 m/s f) 35 m/s ; 19.7 m/s
two cars, A and B, have a mass of 2 Mg and 1.5Mg, respectively. Determine the magnitudes of vA and vB if the cars collide and remain in contact while moving with a common speed of 50 km / h in the direction shown in the image. Answers: a) 12.2 m/s ; 28.6 m/s b) 29.8 m/s ; 11.9 m/s c) 43 m/s ; 65.8 m/s d) 20.8 m/s ; 10.3 m/s e) 15.6 m/s ; 14.8 m/s f) 35 m/s ; 19.7 m/s
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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two cars, A and B, have a mass of 2 Mg and 1.5Mg, respectively.
Determine the magnitudes of vA and vB if the cars collide and remain in contact while moving with a common speed of 50 km / h in the direction shown in the image.
Answers:
a) 12.2 m/s ; 28.6 m/s
b) 29.8 m/s ; 11.9 m/s
c) 43 m/s ; 65.8 m/s
d) 20.8 m/s ; 10.3 m/s
e) 15.6 m/s ; 14.8 m/s
f) 35 m/s ; 19.7 m/s
Transcribed Image Text:50 km/h
30
VB
45°
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