Thread: Another Integration by Partial Fractions

Hello,

=




and



I'm having trouble solving and . Is there a method for determining them? Or should I be approaching the problem differently altogether?

Thanks for your consideration,

Austin Martin

Originally Posted by auslmar

Hello,

=




and



I'm having trouble solving and . Is there a method for determining them? Or should I be approaching the problem differently altogether?

Thanks for your consideration,

Austin Martin

Since the degree of the numberator and the denominator are the same you need to use long division before partial fractions!

Remember that if the degree of the numerator is greater than or equal to the denominator ALWAYS use long division.

I don't know how to write out long division with LaTex but



Now we can use partial fractions on

Good luck

Originally Posted by TheEmptySet

Since the degree of the numberator and the denominator are the same you need to use long division before partial fractions!

Remember that if the degree of the numerator is greater than or equal to the denominator ALWAYS use long division.

I don't know how to write out long division with LaTex but



Now we can use partial fractions on

Good luck

Ah yes! I completely forgot about the long division bit. Thanks for the help . I'll work it out!