Multiple Integrals 14: Area between a Circle and a Cardioid

[browno26]

tydonny

[browno26]

now*

[browno26]

damit, not this seems slow cuz i watched the last one sped up

[TheTathagata007]

why do you dance?

[xxxcoolboyxxx]

This is sooo great. You explain things very well. I love how you talk fast... Cuz I wanna learn fast! haha

Great videos I love them

[MrDj2976]

your so annoying and hopeless

[browno26]

@MrDj2976 the irony in this comment is funny

[eddyc27]

really helpful, thanks very much!

[SiegfriedZ]

What would the theta limits be if you had to find the area between the two functions, in the 4th and 1st quadrants?

[Pharatos666]

Thanks

Greetings from University of Texas

[adow010]

Thanks. greetings from UBC

[isomorphictoyoursoul]

Good lecture. Greetings from Duquesne University.

[sodown]

thanks a lot! my lecturer never taught us how to solve this algebraically, but solving problems like this algebraically will save a lot of time!

[danlelle]

Thanks so much,

Greetings from University of Southampton

[palessard]

Thanks. :)

PIerre-Alexandre - University of Montreal

[0123josh3210]

man u should talk about 3 or 4 variables i.e. 3D & 4D multipule integrals..

I love your vid's. its good to see your energy you bring to the lessons

[donylee]

Yup, I did give that some thought. I found this really classic question involving the calculation of a multiple integral over a n-dimension simplex using the Jacobian.

Maybe I should post that up.

[Diermes]

Just so you'll know who are the people viewing these, Greetings from the university of Joensuu in Finland. Thanks again for these awesome videos. My analysis course makes a lot more sense now.

[killabilla]

great job man..Greetings from Uppsala University

[killabilla]

great job man..Greetings from Uppsala University