TRANSCRIBE THE FOLLOWING SOLUTION IN DIGITAL FORMAT PLEASE

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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TRANSCRIBE THE FOLLOWING SOLUTION IN DIGITAL FORMAT PLEASE

0.5+60
10.5
= 2.857 ft/sec
force balonce
on the block +bullet
(m+mb) d²c
dt2
=-1²x
let the solution be xlt) = A sinut
(m+mb) (-Aw² Sinot) = -K A sinut
w=√ K = √ 100+32 +121l bf/ft
m+mb
10.5lb
W= 60.475²1
x= A sin (60.474) ft
v(t) = dx (t)
dt
The
= 60.47 A cos (60.47 +) ft/sec
v (0) = -√ = -2.857
60.47xA==2.857
A=-0.04725
resulting position of block is
selt) = -0.04725 Sin (60.477) ft
The resulting Velocity is
V(t) = -2.857 Cos (60.477) ft/sec
Transcribed Image Text:0.5+60 10.5 = 2.857 ft/sec force balonce on the block +bullet (m+mb) d²c dt2 =-1²x let the solution be xlt) = A sinut (m+mb) (-Aw² Sinot) = -K A sinut w=√ K = √ 100+32 +121l bf/ft m+mb 10.5lb W= 60.475²1 x= A sin (60.474) ft v(t) = dx (t) dt The = 60.47 A cos (60.47 +) ft/sec v (0) = -√ = -2.857 60.47xA==2.857 A=-0.04725 resulting position of block is selt) = -0.04725 Sin (60.477) ft The resulting Velocity is V(t) = -2.857 Cos (60.477) ft/sec
Mass of block
m=1016
K=1001b/m
=100xglbp/inch
mass of bullet
velocity of bullet
Mb=0-516
Vb=60ft/sec
By Seeing the diagram We
solution
mmmm
K
Assume
ру
m
Goft/sec
g=32 ft/s²
Applying conservation of
and
x
before
momentum
after the bullet hits the block
mxmbv
= myo +mb+b
V
v= mbv
m+mb
find the
Transcribed Image Text:Mass of block m=1016 K=1001b/m =100xglbp/inch mass of bullet velocity of bullet Mb=0-516 Vb=60ft/sec By Seeing the diagram We solution mmmm K Assume ру m Goft/sec g=32 ft/s² Applying conservation of and x before momentum after the bullet hits the block mxmbv = myo +mb+b V v= mbv m+mb find the
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