we don't. he omitted that from the given of the problem. otherwise far more people would have been able to solve it in the pause that hi gives the viewers. oddly enough, when i stated this as a direct comment on the video it was taken down in less than a minute. click bait.
Math just got so hot
I got stuck on semiovals, cant remember the exact way to deal with it
I solved it by breaking down the red shape into quadrants of circles and subtracting quadrants of smaller circles from the bigger red ones.
it was not in the given that those are in fact quadrants.
He is the reason math is my favorite subject.
maybe call it inverse quarter circle?
Can we call it "sneaky link" or "Nike" instead of x?
Call it the Terminate
Official math documentation says that you can name it whatever you want 😊😊😊
How do you know that those curves are circular?
we don't. he omitted that from the given of the problem. otherwise far more people would have been able to solve it in the pause that hi gives the viewers.
oddly enough, when i stated this as a direct comment on the video it was taken down in less than a minute. click bait.
also one could integrate the area
The red shaded area = 32(pi - 2)
all curves are arcs, there is a better way to do it
can you do a video about the lambert w function? @AndyMath
I Cant believe Whats you think is a fun one 😂
I was……
what link?
under his profile picture
@@antnokneeoh my god im an idiot, i was clicking the text "click link for full video". Thank you.
@@crittice_ XD your welcome
kill me