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A parcel of massmp=2.4 kg is thrown onto a stationary trolley of mass m7 = 9.9 kg, that is free to move frictionlessly on a flat, horizontal surface, as shown in the figure. T P The parcel is thrown so that when it hits the trolley it has a speed of vn = 3.1 m/s and direction given by 0 = 41° below horizontal, as shown. The parcel has a plastic collision with the trolley surface (i.e. does not bounce) and proceeds to slide along the trolley's top surface. No kinetic friction exists between the trolley surface and the parcel. The parcel slides into an undeformed linear spring of stiffness k = 1,770 N/m. What is the compression of the spring when the parcel comes to rest with respect to the trolley? 数字 单位

A parcel of massmp=2.4 kg is thrown onto a stationary trolley of mass m7 = 9.9 kg, that is free to move frictionlessly on a flat, horizontal surface, as shown in the figure. T P The parcel is thrown so that when it hits the trolley it has a speed of vn = 3.1 m/s and direction given by 0 = 41° below horizontal, as shown. The parcel has a plastic collision with the trolley surface (i.e. does not bounce) and proceeds to slide along the trolley's top surface. No kinetic friction exists between the trolley surface and the parcel. The parcel slides into an undeformed linear spring of stiffness k = 1,770 N/m. What is the compression of the spring when the parcel comes to rest with respect to the trolley? 数字 单位

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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answer in 4sf and g=9.8

= 9.9 kg, that is free to move frictionlessly on a flat, horizontal surface, as A parcel of mass mp = 2.4 kg is thrown onto a stationary trolley of mass mT shown in the figure. T P The parcel is thrown so that when it hits the trolley it has a speed of vo = 3.1 m/s and direction given by 0 410 below horizontal, as shown. %3D The parcel has a plastic collision with the trolley surface (i.e. does not bounce) and proceeds to slide along the trolley's top surface. No kinetic friction exists between the trolley surface and the parcel. The parcel slides into an undeformed linear spring of stiffness k 1,770 N/m. %3D What is the compression of the spring when the parcel comes to rest with respect to the trolley? 数字 单位
Transcribed Image Text:= 9.9 kg, that is free to move frictionlessly on a flat, horizontal surface, as A parcel of mass mp = 2.4 kg is thrown onto a stationary trolley of mass mT shown in the figure. T P The parcel is thrown so that when it hits the trolley it has a speed of vo = 3.1 m/s and direction given by 0 410 below horizontal, as shown. %3D The parcel has a plastic collision with the trolley surface (i.e. does not bounce) and proceeds to slide along the trolley's top surface. No kinetic friction exists between the trolley surface and the parcel. The parcel slides into an undeformed linear spring of stiffness k 1,770 N/m. %3D What is the compression of the spring when the parcel comes to rest with respect to the trolley? 数字 单位
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