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OpenStudy (anonymous):
In this Integral...
Try to write the above Numerator eq into Denominator eq ...
d( Cube EQ) A + B = Quad
--
dx
Here A and B are Constants
Now Substitute Linear By this Value....
Solve the above Equation to Get A and B
OpenStudy (anonymous):
Second Last Sentence is the LAST oNE !!!
OpenStudy (anonymous):
do i have to factor out the denominator?
OpenStudy (anonymous):
You Can ... If U want .. But Above method is Much Better .. Even though it looks lengthy. ;)
OpenStudy (anonymous):
Go to my Profile and In Question Answered Column there u'l see tuttiviolini 's question ..It's similar to yours.
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OpenStudy (anonymous):
oh. ok. thanks Ishaan. :)
OpenStudy (anonymous):
I don't understand your instructions Ishaan94. Math is difficult to understand in words. Show us what you mean.
OpenStudy (anonymous):
Ok.........Good Line By the WAy " Math is difficult to und........"
OpenStudy (anonymous):
Looks, like you can let u=denominator
derivative of denominator=numerator
OpenStudy (anonymous):
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