Mechanical EngineeringThe m = 50000 lbm flatcar B supports a cart mg= 10000 lbm. The crate is on rollers on a 0 = 10°ramp built on the flatcar. The crate is released from rest at time tị with the flatcar also at rest. Justbefore hitting the stop at the left-hand side, the time is t2. The distance down the ramp s12 = 40 ft, andthe relative speed of the flatcar just before impact is (VB/A)2= 4 f/s. Neglect all friction and treat thecrate and the flatcar as particles.25, 1S12a) Find the unit vector along the ramp ei2-b) Find the system AB linear momentum as the crate is releases G.ABc) Find the system AB linear momențum just before the crate hits the stop G". G"Y

Answered: Image /qna-images/answer/5f2df261-6042-4450-a045-0ca54242910c.jpg

The m = 50000 lbm flatcar B supports a cart mg= 10000 lbm. The crate is on i ramp built on the flatcar. The crate is released from rest at time tį with the flatca before hitting the stop at the left-hand side, the time is t2. The distance down the the relative speed of the flatcar just before impact is (VB/A)2= 4s. Neglect all crate and the flatcar as particles 15.1

The m = 50000 lbm flatcar B supports a cart mg= 10000 lbm. The crate is on i ramp built on the flatcar. The crate is released from rest at time tį with the flatca before hitting the stop at the left-hand side, the time is t2. The distance down the the relative speed of the flatcar just before impact is (VB/A)2= 4s. Neglect all crate and the flatcar as particles 15.1

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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