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OpenStudy (anonymous):
Figuring out t and v
of a certain object.
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OpenStudy (anonymous):
An object accelerates at 194m/s ^2
Is it possible to know the time it takes to reach from point A to point B?
And the displacement is 0.01M
OpenStudy (anonymous):
v = ?
t =?
Can this be solved?
OpenStudy (anonymous):
@experiementX @Vincent-Lyon.Fr @Jemurray3 @ghazi @Shane_B
@TheEric
OpenStudy (anonymous):
@experimentX
OpenStudy (anonymous):
Help please!
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OpenStudy (anonymous):
Sure, one of the elementary trajectory equations is
\[ \Delta x = v_o t + \frac{1}{2} a t^2 \]
OpenStudy (anonymous):
delta x =?
OpenStudy (anonymous):
How can I use this equation?
Only thing I do have is distance + acceleration
OpenStudy (experimentx):
you need one extra parameter ... \(v_0\)
OpenStudy (experimentx):
the initial velocity!!
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OpenStudy (anonymous):
That's easy iV = 0
OpenStudy (anonymous):
But detla x = what? Is it time or distance or what?
OpenStudy (experimentx):
distance moved
OpenStudy (experimentx):
t is time, and a is acceleration ... just solve that equation for t
OpenStudy (anonymous):
since d = 0.001
a = 194
iV = 0
\[0.001 = \frac{ 1 }{ 2 }\times194 \times t ^{2}\]
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OpenStudy (anonymous):
Wanted to make sure my math's right.
OpenStudy (anonymous):
sorry D = 0.01 Not 0.001
OpenStudy (anonymous):
T = 0.0101Secs?
OpenStudy (anonymous):
sorry D = 0.01 Not 0.001
OpenStudy (anonymous):
That's right.
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OpenStudy (anonymous):
Thanks all!
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