Inverse Trigonometric Functions: Domain Restrictions

[@MATHguide]

Learn more about trigonometric angles by viewing MATHguide's lessons.
www.mathguide.com/lessons2/TrigAngles.html

[@mariahalqubtiyah5269]

thank you so much for this video. it really opened my eyes for inverse functions. but from minute 6:39 I don't understand, why are the inverses in those quadrants?

[@mariahalqubtiyah5269]

Apparently i already know the answer hehe. from my understanding it comes from the unit circle, and the domain for the inverse functions.

[@Vegeta_ble441]

Thanks a lot sir , I was having this doubt that why range of sin inverse x is not R , which was Domain of sin x .
U cleared my doubt , Thanks

[@Madi-ru6vm]

this helped so much! tysm!

[@LeoliyX]

thank you so much for this

[@chittibabu6533]

Is there any premium content of math guide

[@MATHguide]

Mathguide's content is all free.

[@chittibabu6533]

@@MATHguide but in the sit full of ads is there ad free content

[@causticyt2091]

when are you going to upload agian

[@themysteriouspencil4766]

UNEMPLOYED?? IN GREENLAND??

[@vix2740]

Good video but I don't understand how this relates to the calculator only having one possible solution 😐

[@vix2740]

Ok I get it now. I missed the parts about the corresponding quadrants. Sorry 😖

[@SyncXwave]

sir, why 🧐 we have to pass any graph vertical or horizontal line test

[@MATHguide]

A function is a relation that passes the vertical line test.