How to find velocity vector equations

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How to find velocity vector equations

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The Question is:

Provide equations for the velocity of the moth in all 3 directions. Note that these are actually the components of the 3D velocity vector in parametric form (ie: functions of t).

Where:

x=sin(t)

y=t+1

z=cos(t)

(do i make y=t+1 into t=y-1??)

math

Oli96 Aug 20, 2014

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Where:

x=sin(t)

y=t+1

z=cos(t)

$\\\frac{dx}{dt}=cos(t)\\\\ \frac{dy}{dt}=1\\\\ \frac{dz}{dt}=-sin(t)\\\\$

I think this is right. t is time.

Melody Aug 20, 2014

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Melody · Answer 1 · 2014-08-20T08:33:45

Where:

x=sin(t)

y=t+1

z=cos(t)

$\\\frac{dx}{dt}=cos(t)\\\\ \frac{dy}{dt}=1\\\\ \frac{dz}{dt}=-sin(t)\\\\$

I think this is right. t is time.

Oli96 · Answer 2 · 2014-08-20T08:42:57

thanks, and yes t is time. sorry i forgot to add that in. thanks again.

How to find velocity vector equations

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