A block of mass m,= 20kg is attached to a spring with a spring constant k 100N/m and dropped from the position shown in the figure without initial speed. The length of the spring is L, = 2 m. The block hits the wall at the "B" point and tums. According to this a) Obtain the distance "h" that describes the location of point B b) Find the velocity V, at the time it hits the wall.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Question 4)
k-100 N/m
m=20 kg
A block of mass m,= 20kg is attached to a spring with
a spring constant k = 100N/ m and dropped from the Aw
position shown in the figure without initial speed. The
length of the spring is L, = 2 m. The block hits the wall
at the "B" point and turns. According to this
-L,=2m-
wall
a) Obtain the distance "h" that describes the
location of point B
b) Find the velocity V, at the time it hits the wall.
B.
Transcribed Image Text:Question 4) k-100 N/m m=20 kg A block of mass m,= 20kg is attached to a spring with a spring constant k = 100N/ m and dropped from the Aw position shown in the figure without initial speed. The length of the spring is L, = 2 m. The block hits the wall at the "B" point and turns. According to this -L,=2m- wall a) Obtain the distance "h" that describes the location of point B b) Find the velocity V, at the time it hits the wall. B.
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