How to Prove a Function is a Bijection and Find the Inverse

How to Prove a Function is a Bijection and Find the Inverse
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Thank you:)

[@BATMAN10N]

omg!! how du know the exact question im doing now :) damn mage power btw again where is ur damn face during lecture ,it boosts our mage power

[@TheMathSorcerer]

Hehe

[@TheMathSorcerer]

Pure coincidence haha

[@TheLilBroBen]

neighbors lighting up the block at 5:59 lol

[@TheMathSorcerer]

LOL!

[@nafismortuza3537]

Your videos have been a life saver for me this semester. I would definitely not pass my discrete math tests without you

[@user-xi2xf1jj2m]

Your videos are neat and your explanation is very helpful! Thank you so much,and Keep it up 👍

[@TheMathSorcerer]

You are welcome!

[@joerakhimov]

I love such clear and to the point examples. Thank you!

[@TheMathSorcerer]

You are welcome !

[@calibano9874]

Great Thanks ! SO simple and terse to the point ! Unfortunately it's rare

[@kongfoo11]

what if f(a) cannot be rearranged for a as the subect?

[@carinenebiy-7113]

Very helpful thank you sir

[@mrigaankamuch]

this helped a lot, thank you :)

[@TheMathSorcerer]

You are welcome!

[@cemilbasar9781]

useful video, but the voice is very low.

[@TheMathSorcerer]

Yeah I know sorry

[@prachikurhade9310]

Thank you so much

[@sajanaryal6932]

Thanks a ton bro!!

[@misty_kei]

Thank you so much. Your videos are so helpful. I have a question. How do we show bijection if f(x) is not given? Is there a way to get f(x)?

[@paulah0819]

This video was fantastic, thank you!

[@bigbod3609]

Thanks for the help!

[@SweetBonanza2001]

Great video!

[@vanthisoa]

Great