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OpenStudy (anonymous):
derivative of: (4e^t-3t^2)
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OpenStudy (anonymous):
Im not sure how to do the product rule for this
OpenStudy (across):
You're given:\[\frac{d}{dt}[4e^{t}-3t^{2}].\]Notice that this can be re-arranged as\[\frac{d}{dt}[4e^{t}]-\frac{d}{dt}[3t^{2}].\]
OpenStudy (anonymous):
yes i got that far
OpenStudy (across):
Do you know what the derivative of\[4e^{t}\]is?
OpenStudy (anonymous):
isnt it just 4e^t because the der. of e^t is e^t right?
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OpenStudy (across):
Correct!
OpenStudy (across):
Now, what's the derivative of\[3t^2?\]
OpenStudy (anonymous):
before you get too far, is this
\[4e^t-3t^2\] or
\[4e^{t-3t^2}\] because it will surely make a difference
OpenStudy (anonymous):
the first one, satellite
OpenStudy (anonymous):
"product rule" suggested it might be the second one. of course i could be totally wrong, in which case go right along with across and i will be quiet
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OpenStudy (anonymous):
ok then i shut up
OpenStudy (anonymous):
if you can help me then please go right ahead
OpenStudy (anonymous):
you have it. no product rule, just take the derivative term by term
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