Thanks a lot!
ZorseRS 3 months ago
Nice clarification of a not-so-clear area, and a very compact set of general rules. Thanks for taking the time.
TIXE100 11 months ago
whats wrong with your voice?? you sound llike you need dentures lmao
AquaMist103 1 year ago
man.. you did wrong..
f(x+3) isn't make you go right it make you go left. it opp what you think nice vid tho
kikiviva 2 years ago
the first is actually f(x)+3 not f(x+3) because the function is x^2+3 which is the same as (x^20+3 because x^2 is f(x) f(x+3) would be (x+3)^2
MathMikie 2 years ago
Thanks Alot!! This has really made me understand how this stuff works. I have an exam on Monday & I can tick Transformations off my Revision List =)
DaFiascoBoy 2 years ago
@DaFiascoBoy i am glad it helped good luck with your exam
Thanks dude, i get it now, i could never do transformations! You've really helped! Thanks again :)
Flabmeister 2 years ago
no problem the idea can be a bit confusing at first
Thanks a lot!
ZorseRS 3 months ago
Nice clarification of a not-so-clear area, and a very compact set of general rules. Thanks for taking the time.
TIXE100 11 months ago
whats wrong with your voice?? you sound llike you need dentures lmao
AquaMist103 1 year ago
man.. you did wrong..
f(x+3) isn't make you go right it make you go left. it opp what you think nice vid tho
kikiviva 2 years ago
the first is actually f(x)+3 not f(x+3) because the function is x^2+3 which is the same as (x^20+3 because x^2 is f(x) f(x+3) would be (x+3)^2
MathMikie 2 years ago
Thanks Alot!! This has really made me understand how this stuff works. I have an exam on Monday & I can tick Transformations off my Revision List =)
DaFiascoBoy 2 years ago
@DaFiascoBoy i am glad it helped good luck with your exam
MathMikie 2 years ago
Thanks dude, i get it now, i could never do transformations! You've really helped! Thanks again :)
Flabmeister 2 years ago
no problem the idea can be a bit confusing at first
MathMikie 2 years ago