thank u for this very helpful lectures, i ve just found them today and i have exam in 36 hours lool hope i found them before but it doesn t matter this helps a lot anyways! thank u very much!!!!
Re: the convention on orientation at 5:00 or thereabouts - I have seen older (i.e. MUCH older, 1940s and 50s textbooks (mostly in applied sciences) adopt the opposite convention (clockwise positive). Other things, not directly relevant to this lecture, change as well (e.g. ways to express Laplace transforms in servo system transfer functions), which can make things difficult to follow even *with* these excellent vids as my guide. But I'd be completely lost without them.
thank u for this very helpful lectures, i ve just found them today and i have exam in 36 hours lool hope i found them before but it doesn t matter this helps a lot anyways!
thank u very much!!!!
Re: the convention on orientation at 5:00 or thereabouts - I have seen older (i.e. MUCH older, 1940s and 50s textbooks (mostly in applied sciences) adopt the opposite convention (clockwise positive). Other things, not directly relevant to this lecture, change as well (e.g. ways to express Laplace transforms in servo system transfer functions), which can make things difficult to follow even *with* these excellent vids as my guide. But I'd be completely lost without them.
I Really Like The Video This lecture discusses Green's theorem in the plane From Your
Great work other courses are available in UA-cam
Lecture 10 will be coming soon!
What's that trick you're pulling at 46:08, splitting apart the double integral?
Very useful, thanks from Italy!
Are the slides and images used in the presentation taken from a particular book?
We'll have to ask Chris and get back to you.
Still useful for me y1s2 multivariable calculus
thank you very much
you are great!!
very nice!
Good overview. VERY sloppy notation - really need to use brackets to group terms!
@5:26 omg the lecturer is a werewolf!