Calculus 2 Integration Technique Exam (substitution, integration by parts, & partial fractions)

Time stamps: Thanks to Nikhil Nagaria
0:00 Start/Adjusting Camera
0:29 BPRP appears with the Pokéball
3:09 Question 1: Integrate dx/(x^2+2x+10)
5:48 Question 2: Multiple Choice
10:00 Question 3: Integrate x^3/sqrt(x^2+4) dx
13:10 Question 4: Integrate dx/sqrt(2x+1)
15:58 Question 5: Integrate arctan(x)dx
19:48 Question 6: Integrate ln(x)/x dx
22:25 Question 7: Integrate cos(x)^5 dx
26:35 Question 8: Integrate (x+3)/((x+1)(x-2)^2) dx
40:05 Question 9: Integrate sin(ln(x))dx
48:41 Question 10: Integrate sqrt(1-x^2)dx
56:42 Question 11: Integrate (cos(x)+tan(x))^2 dx
1:03:54 Question 12: Find the misteaks
1:11:20 Question 13: Integrate dx/sqrt(e^x-1)
1:17:37 Question 14 (BONUS): Integrate tan(x)^(1/5) dx
1:19:20 BPRP concludes the video
1:21:06 BPRP disappears!

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[nikhilnagaria]

0:29 BPRP appears with the Pokéball
3:09 Question 1: Integrate dx/(x^2+2x+10)
5:48 Question 2: <Multiple Choice>
10:00 Question 3: Integrate x^3/sqrt(x^2+4) dx
13:10 Question 4: Integrate dx/sqrt(2x+1)
15:58 Question 5: Integrate arctan(x)dx
19:48 Question 6: Integrate ln(x)/x dx
22:25 Question 7: Integrate cos(x)^5 dx
26:35 Question 8: Integrate (x+3)/((x+1)(x-2)^2) dx
40:05 Question 9: Integrate sin(ln(x))dx
48:41 Question 10: Integrate sqrt(1-x^2)dx
56:42 Question 11: Integrate (cos(x)+tan(x))^2 dx
1:03:54 Question 12: Find the misteaks
1:11:20 Question 13: Integrate dx/sqrt(e^x-1)
1:17:37 Question 14 (BONUS): Integrate tan(x)^(1/5) dx
1:19:20 BPRP concludes the video
1:21:06 BPRP disappears!

[bprpcalculusbasics]

Could someone help with the time stamp, please? I have to teach my classes in 15 minutes. Much appreciated. Thanks.

[youngmathematician]

1:18:34 I have an amazing solution for this integral, but unfortunately, this comment section is too small to contain it. Thus, I leave it as an exercise to the reader.

[anshumanagrawal]

I really like the fact that he has basically covered all the things you need while learning Calculus, on this Channel

[petereziagor]

I have not started calculus but I'm luckily in calc 2
Thank you Mr. Just Calculus
I'm always happy watching your videos and guess I solve integrations easily these days.
I'm like 90 percent acquainted with all the method. I just need to farmilarize with repeating integrals
Thank you

[mikenew]

This channel is the best thing to ever happen to me. I’m sorry but it’s hard for me to share it.

[silentintegrals]

💕💕💕 awesome, solving integrals is so much fun 💕💕💕

[nvapisces]

U forgot to put the error for integral of cos²x in the description

[physicsboy]

Is it possible to do u sub for question 10

[neilgerace]

2) C is false, but you've added C back in, so it's OK.

[petereziagor]

Uhmmm, part two
I'll have to start from part one