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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
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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Mechanical Engineering The 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. Just before hitting the stop at the left-hand side, the time is t2. The distance down the ramp s12 = 40 ft, and the relative speed of the flatcar just before impact is (VB/A)2= 4 f/s. Neglect all friction and treat the crate and the flatcar as particles. 25, 1 S12 a) Find the unit vector along the ramp ei2- b) Find the system AB linear momentum as the crate is releases G. AB c) Find the system AB linear momențum just before the crate hits the stop G". G"Y
Transcribed Image Text:Mechanical Engineering The 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. Just before hitting the stop at the left-hand side, the time is t2. The distance down the ramp s12 = 40 ft, and the relative speed of the flatcar just before impact is (VB/A)2= 4 f/s. Neglect all friction and treat the crate and the flatcar as particles. 25, 1 S12 a) Find the unit vector along the ramp ei2- b) Find the system AB linear momentum as the crate is releases G. AB c) Find the system AB linear momențum just before the crate hits the stop G". G"Y
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