How to find the domain and range of a piecewise function | Functions | Algebra I | Khan Academy

[@that_pac123]

Congratulations on the new free SAT course!!!

[@macksauce4059]

BRO YOU ARE BLOWING MY MIND!

[@leVraiQuasar]

excellent. thanks

[@thenorseman8546]

I think he changed the "such as" model to "|" from ":"
:)

[@kashalackey8649]

I'm still confused about the range part

[@okayitskaty4912]

the range is just where the y stops on the graph, if it doesnt stop say, 3 is where it starts and it goes on forever, you would say y greater than or equal to 3

[@kashalackey8649]

kaitlyn tompos thank u

[@gregoryharlston0602]

I would recommend looking at the piecewise graph. The graph is continuous over the interval from 6

[@ftb2024_official]

Thank you very much. Really appreciate it...🤝🤝🤝

[@mathsci8957]

Hey ! how a function can have two different value at a point.? -3 to 1 is in two piecewise function. ???? Please help

[@isaidwithaposedlook4500]

Is this works for quadratic functions?

[@ronshlomi582]

Yes, but if you have a quadratic function your domain and range would be (-infinity, infinity) because it continues in all directions

[@OncelerKidsAreCringe]

@@ronshlomi582 it does it?

[@austinchandler3079]

Ya know, a graph is much easier.

[@hussainrajput2231]

Excellent

[@akira9638]

I still dont get it, may because it is not in interval notation

[@MohamedNasser-lu4go]

thanks

[@mystudy3715]

what will be the value of g(x) if value of x is not from -6 to 6?

[@vinasanjoyo]

Thank you, this is so helpful!

[@begimaitemiralieva8597]

"I can write it more mathy", idk why I think it was cute

[@elliot12233]

You can tell he passed algebra, but not L.A 😆

[@minormakesmocs]

Just because you can write it more “mathy” doesn’t mean you should 😂

[@Pemaken]

Too clutch

[@opufy]

i didnt undertstand the whole middle interval logic at all x is less than -3 and 4??

[@anhle-pz8rm]

5th comment :)

[@atifuddin8384]

Still don't understand how to find range

[@joji1343]

A basic lang pala

[@joji1343]

Rangeeee😭😓😭😭

[@theblife.]

bro lost me with the mathy stuff

[@alexandraramirez6545]

same..