No, your "radial slices" go from the origin (r=0) out to the curve. The lower bound would be nonzero if the slice passed through a function on its way into the region.
Just probably a little too fast and thus supposing that learners know a lot about integration rules and techniques. Still, it is valuable video with some good introductory examples.
MrVoayer The video is intended for students in Calculus III, so I’m assuming that they know the topics from Calculus I and II. This is also meant to be a follow-up for the students after 2 hours of lecture on this topic. Thanks for the feedback!
Perfect review!! Going through all your videos today before my calc III midterm tomorrow! May your crops grow and your skin flourish professor!! ✨✨✨✨
Allah senden razı olsun hoca bu nasıl güzel bi anlatım
Thank you James! Very cool!
definitely a great collection of interesting problems
Sir ! You are da best
Love ur review! Will u make videos about linear algebra by any chance?
thankyouuuuuuuuu sooo muchhh for this videoooo
for the lower bound of r, isn't it 1/2? cuz in this case r never goes to 0
No, your "radial slices" go from the origin (r=0) out to the curve. The lower bound would be nonzero if the slice passed through a function on its way into the region.
@@HamblinMath haha i just realized that when looking back on this video for my final
Just probably a little too fast and thus supposing that learners know a lot about integration rules and techniques. Still, it is valuable video with some good introductory examples.
MrVoayer The video is intended for students in Calculus III, so I’m assuming that they know the topics from Calculus I and II. This is also meant to be a follow-up for the students after 2 hours of lecture on this topic. Thanks for the feedback!
Personally I heard nothing and all of a sudden the board was full of math I did not understand. You just too fast and the accent doesn't help at all😢😢
ur buggin
Nah man this guy is goatee I always watch his videos after every topic you can practice with him!