Calculus 2: Area of a Surface of Revolution (Video #9) | Math with Professor V

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Finding the area of a surface of revolution that results from rotating a curve about either the x or y axis. Information explanation of where the formula comes from and how to easily remember it. Examples evaluating integrals in order to compute the surface area. #surfaceofrevolution #surfacearea #integrals #integralcalculus #calculus2 #mathtvwithprofessorv #math #mathvideos #youtubemath #calculus2videos #integral #surfaces #usubstitution #integration #calculus #calculusvideos #calculushelp #mathtutor #mathprofessor #precalculus #algebra

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I read the book multiple times, I watched 3 different videos and no where could I find a clear explanation to finding the radius when revolving about either axis. You made this extremely clear and I feel lucky to have found this video. Thank you

xavi

finally! someone that can break this down in a way I understand! I been searching!

ghostfrom

You really know how to make calc 2 enjoyable. Breaking it down and everything simplifying gives me piece of mind!

originalmackdaddy

Thank you!! I'm trying to review Calc II before I take Calc III next semester and 4:15 really helped me remember why the variables are always opposite for this formula. Thank you, you're a great teacher!

sarahdemonia

thank you again! you are the best <3

sl

hi I was looking through your playlist and I was wondering if you have a lesson on "Volumes by Slicing—Solids of Revolution" I am not sure if it's named something else but this video seems similar to it.

funwatchtv

Thank you. Just to ask, 20 minutes into the video, how did you know to pick your limits of integration as y = 6, rather than -6 included? Maybe I am forgetting something.

wintermelon

This is so beyond helpful thank you so much

nikkieasley

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