SOLUTION: 1) Given that you have a particle that has an acceleration of 3 ft/sec^2
to the right along a
line, find the equation that represents the particle’s position if the initial veloc
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Question 1027263: 1) Given that you have a particle that has an acceleration of 3 ft/sec^2
to the right along a
line, find the equation that represents the particle’s position if the initial velocity is to the left 2 ft/sec^2, and the particle starts to the right of the origin by 40 ft.
Answer by ikleyn(52848) (Show Source): You can put this solution on YOUR website!
.
1) Given that you have a particle that has an acceleration of 3 ft/sec^2
to the right along a line,
find the equation that represents the particle’s position if the initial velocity is to the left 2 ft/sec^2,
and the particle starts to the right of the origin by 40 ft.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
x(t) = .
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