Parametrizing Surfaces, Surface Area, and Surface Integrals: Part 1

[@Loots1]

your graphs are god tier (i know nothing crazy was drawn in this video but in some others its wild)

[@paulocorrea6265]

Muito obrigado, pela sua aula, são excelentes!

[@364CharlieBrown]

Thanks! SO much more helpful than Khan academy or any other videos I could find.

[@hzkzg1614]

I absolutely love how at times there are sudden extra sound effects made by teacher

[@atheer6390]

you are amazing thankk you, your explanation let me know what paremetrization raelly is

[@nehakaushik3602]

Thank you so much .... It was really helpful

[@MrAlbashiri]

thank you for the video.

[@dumberiablesquinchy2725]

Why is u not 3x?
So u = X (component of vector) , not x (cartesian variable)?

[@tharaaalmlehim5386]

please ma'am can you answer me what if we have in the vector x=u sinv , do we still do z^2=u^2cos^2v+u^sin^2v?
--we have z^2=x^2+y^2 given

[@antikristkill]

puuuuufff loveee you!!! best teacher

[@planewire2153]

that last part helped me understand the conic parts

[@mohammadabdulla8601]

Thank you

[@marioescobarZ]

Yo u are amazing !

[@shivasmart967]

tq mam

[@Life-yi7uf]

cheerful

[@kaursingh637]

my lord please explain surface integral on surface of cone

[@jacobvandijk6525]

She is hiding so much of her insecurity behind pretty stange remarks :-(

[@indumathi5182]

Very messy

[@kadekevin566]

are those maternity clothes?

[@ajdeep7830]

you serious bruv?

[@ozzyfromspace]

Some people don’t make sense

[@jacobvandijk6525]

I think so. When you're pregnant a lot of functions seems be "boring" and "magic tricks" don't last very long. Btw, strange reactions from those two.