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OpenStudy (amtran_bus):
Simplify
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OpenStudy (amtran_bus):
simplify this (derivative already taken)
\[\frac{ 3 }{ 2 }x ^{\frac{- 1 }{ 2 }}+\frac{ 1 }{ 2 }x ^{\frac{ -3 }{ 2 }}\]
OpenStudy (amtran_bus):
Book gets (3x+1)/(2x^(3/2)
OpenStudy (photon336):
Yeah, you would use the power rule for differentiation,
OpenStudy (amtran_bus):
Sorry, this is with the derivative already taken. I just need to see the steps how to get that.
OpenStudy (loser66):
multiple the first element by x, dat sit
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OpenStudy (amtran_bus):
I really need to see it.
OpenStudy (loser66):
\(x^{3/2}=x^{1/2}*x\) right?
OpenStudy (amtran_bus):
right
OpenStudy (loser66):
so, just multiple the first element by x, you get the book result
OpenStudy (loser66):
of course, multiple by x in both numerator and denominator.
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OpenStudy (agent0smith):
\[\Large \frac{ 3 }{ 2x^{1/2} }+\frac{ 1 }{ 2x^{3/2}}\]just gotta get common denominators like loser said \[\Large \frac{x* 3 }{x* 2x^{1/2} }+\frac{ 1 }{ 2x^{3/2}}\].
OpenStudy (amtran_bus):
Thank you!
OpenStudy (amtran_bus):
Where did that x come from? Just doing to make them equal?
OpenStudy (agent0smith):
Me and loser explained that...
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