anonymous
  • anonymous
Evaluate the Integral.
Mathematics
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anonymous
  • anonymous
Evaluate the Integral.
Mathematics
schrodinger
  • schrodinger
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anonymous
  • anonymous
https://gyazo.com/2130920a2bf14cf41dbc5a6e02023664
anonymous
  • anonymous
Any other way than long division?
sleepyhead314
  • sleepyhead314
try separating into two fractions I don't believe you need to long divide for that :)

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anonymous
  • anonymous
I already long divided and got C.
sleepyhead314
  • sleepyhead314
hmmm what is the integral of x^3 ?
sleepyhead314
  • sleepyhead314
aka I don't think C is right
anonymous
  • anonymous
\[x ^{4}/4\]
anonymous
  • anonymous
Is that not the integral? Once using the power rule?
sleepyhead314
  • sleepyhead314
(x^4 + 2x)/x = x^3 + 2 right?
anonymous
  • anonymous
Yeah, take the integral of that and you get C
anonymous
  • anonymous
That's what I did.
sleepyhead314
  • sleepyhead314
if the integral of x^3 = x^4/4 how did you get C. x^4 + 2x + C
anonymous
  • anonymous
So sorry, I had be selected the entire time. My bad. I knew what I was doing just misread what choice it was :p
triciaal
  • triciaal
|dw:1442456524280:dw|
sleepyhead314
  • sleepyhead314
then you would be correct ;)
anonymous
  • anonymous
Aced my work anyways...I submitted it before. ;) thanks for the help.
triciaal
  • triciaal
So the correct option is B

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