Evaluating a Composition of Inverse Trigonometric Functions (part one)

[@glasstracks7614]

This is a great video. So far your the first person who has explained this in a way that makes sense to me.

[@yamayam1389]

You literally saved my life as I do not have a teacher during coronavirus

[@ousmanjobe2843]

When he said: "Pictures are the key to a lot of these.... I highly recommend it, I do not do any of these examples without drawing a picture" all of us visual learners felt that.
Because every teacher I watched previous to this one just assumed I remembered everything about the unit circle, so their videos just felt like they were living me behind when doing their work.

[@irenechoi6952]

Thank you 🙏

[@kennethgoldberg83]

In your arccos(cos(-pi/5)) I used that cosine is an even function. cos(-x)=cos(x).

[@kimowendeleonfermante4782]

thank u for this vid sir! more power

[@nsmichaelp]

this man is goated

[@PanAfricanCommunalist]

Texas State!! Go Bobcats !!!

[@slashprime47]

very helpful, thx!

[@chasebarney2980]

im so fucked

[@fatcatattack]

this shit is so confusing

[@priyontybarua4447]

thanks man 🙂

[@nikhil4865]

Hii bro 🤘 I am from India

[@chinmayanaik1380]

Same

[@dablackpanda1348]

8:25

[@Ebr_O-0]

I have some issues that I do not know about. I hope to contact you so that you can solve them for me because I have an exam in the evening

[@cmoore577]

Thanks

[@user-hc2lo3pk5n]

Honestly you lost me at the -2pi/5 . I get that it's negative but as for the actual fraction, how did you get that? I get that pi also equals 5pi/5, but, how did you get the answer 2pi/5, was it going to the right a few notches? I'm not sure :(

[@jonvosburg3696]

I have the same the question

[@massiveeditionjs.mahlahlan4541]

explain more like your explaining to a new student

[@atomtheinstructor7086]

Dope