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6 answers

for the initial position all you have to do y evaluate your ecuation in t=0 (initial time = intial position ;) )so you get s(0)=2

for velocity just derivate:

v(t)=s'(t)=9t^2-4

same for acceleration:

a(t)=v'(t)=18t

2007-02-24 06:12:46 · answer #1 · answered by Anonymous · 0 0

velocity is the first derivative: v = 9t^2 -4
acceleration is second derivative a = 18t
the initial position is s at t=0
s(0)=3(0^3) -4(0) +2
s(0) = 2

2007-02-24 14:40:20 · answer #2 · answered by bignose68 4 · 0 0

Initial position is found by putting t = 0 into the distance function s.
Velocity function v(t) is found by differentiating the distance function.
Acceleration function a(t) if found by differentiating the velocity function.
I am not going to do them for you. Try to finish it yourself before looking at any detailed answer that someone leaves here.

2007-02-24 14:15:19 · answer #3 · answered by mathsmanretired 7 · 0 0

v(t) = 9t^2-4 a(t) = 18t initial position s(0)=2

2007-02-24 14:17:56 · answer #4 · answered by santmann2002 7 · 0 0

okay, this is a little bit of cal because velocity is the second derivitive and acceleration is the thrid.
v(t)= 9t^2-4
a(t) is 18t

2007-02-24 14:14:51 · answer #5 · answered by jenibaby01 1 · 0 0

s(t)=3t^3-4t+2
Initial position = s(0) = 2
v(t) = ds/dt = 9t-4
a(t) = dv/dt= 9

2007-02-24 14:12:57 · answer #6 · answered by ironduke8159 7 · 0 0

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