A particle is acted on by a force given by F = -k/x3 where k is a constant (k>0). The particle starts from rest at a positive position xo. Using Newton's second law, EF = mã, write down the EOM. Write the acceleration as dv dt. Note that this motion is one dimensional (so you only need consider motion along x).
A particle is acted on by a force given by F = -k/x3 where k is a constant (k>0). The particle starts from rest at a positive position xo. Using Newton's second law, EF = mã, write down the EOM. Write the acceleration as dv dt. Note that this motion is one dimensional (so you only need consider motion along x).
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Transcribed Image Text:A particle is acted on by a force given by F = -k/x³
where k is a constant (k>0). The particle starts
from rest at a positive position xo.
Using Newton's second law,
ΣF=ma,
write down the EOM. Write the acceleration as
dv
dt.
Note that this motion is one dimensional (so you
only need consider motion along x).
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