The motion of a body falling in a resisting medium be described by dx(t) d²x(t) dt² Find x(t), and m -b. +mg dt ²- for the initial conditions x(0) = dx(t) | dt dx(t) dt = 0 using Laplace transform 1-0
The motion of a body falling in a resisting medium be described by dx(t) d²x(t) dt² Find x(t), and m -b. +mg dt ²- for the initial conditions x(0) = dx(t) | dt dx(t) dt = 0 using Laplace transform 1-0
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![The motion of a body falling in a resisting medium be described by
d²x(t)
dt²
-b dx(t)
dt
Find x(t), and
m
=
+mg
dx(t).
dt
- for the initial conditions x(0) = x()= 0 using Laplace transform
dt 1-0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F20a77084-0b5b-4e4a-8e27-acc6e4135591%2F06c87403-65a3-4276-84b2-a2dd3a16c4a9%2Fqgl2q3o_processed.png&w=3840&q=75)
Transcribed Image Text:The motion of a body falling in a resisting medium be described by
d²x(t)
dt²
-b dx(t)
dt
Find x(t), and
m
=
+mg
dx(t).
dt
- for the initial conditions x(0) = x()= 0 using Laplace transform
dt 1-0
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