Thank you SO much for your videos! Our teacher never talked about how transformations effect exponential functions, so I was really at a lost for figuring out things like the asymptote. Thank you thank you thank you!!!
my teacher is the only teacher this year who is doing test for math and last year I learned jack all for gr 11 math cuss covid, so I this channel is a clutch save for me along with the organic chemistry tutor and khan academy
I love that you have already made a video for just about every question I've had in my college pre-calc class. Thank You! These videos are always helpful and not to mention, you're a hot teacher
Your videos are great see I was born in America though my education was persuad in Canada I'm in highschool right now doing functions grade 11 I can see the american perspective of learning thx to you
When you talked about walking 3 miles down the x-axis in the negative direction and then climbing up a ladder to place a point, I wondered how high that point would actually be. It seems a supercomputer might be necessary to calculate the distance. According to my calculations, using standard graph paper (4 squares per inch), the y value would be 3 to the 760,320th power + 2 units. I have no idea how many miles that works out to. The calculator I used would only do 3 to the 76th power (obviously a minute fraction of the actual distance.) It still came out to 7.2 x 10 to 30th power miles. This is equivalent to making 9.8 x 10 to 27th round trips to the sun.
Correct me if I'm wrong but in any given exponiential function there will always be no restriction on the domain. The range depends on the value that is outside of the function in this case is 2.
that is correct! except if there is a vertical reflection that will affect the range as well, this problem has a reflection about the y axis though which does not affect the domain or the range
Why did you put the dotted line there on the graph? Do you just always put it in the middle of the 2 points? It was between 1 and 3 but I don’t know why?
Agreed, once you get lost in class it's hard to pick back up on the subject . this helped a lot!
+Ton Ben agree, happy to help
your a life saver my teacher is trash
sorry to hear but happy to help
same. dude
You’re*
@@zacharysmith2609 my teacher cant even hear me she is like deaf LOL
Thank you SO much for your videos! Our teacher never talked about how transformations effect exponential functions, so I was really at a lost for figuring out things like the asymptote. Thank you thank you thank you!!!
+SnarkusTotallus you are very welcome! happy to be able to assist you with your search!
Thank you sir! I'd happily take your classes instead of my college prof.
UserGoneIncognito 456 isn’t this high school stuff
Facts my college prof sucks so much
my teacher is the only teacher this year who is doing test for math and last year I learned jack all for gr 11 math cuss covid, so I this channel is a clutch save for me along with the organic chemistry tutor and khan academy
You are a very good educator; thank you so much for the video :-) I am taking precalculus and this helped me out.
+Behnaz Neuforge awesome! I am teaching Pre-calc this year, so will continue to upload videos, hope they can help you out!
I love that you have already made a video for just about every question I've had in my college pre-calc class. Thank You! These videos are always helpful and not to mention, you're a hot teacher
that is why I make so many videos, to help you out with all sorts of questions. Glad I can help you out! I teach in Jacksonville, Florida
why would you say he's hot? that's weird
I'm in 10th grade why am I learning this...
I’m in 9th grade why is this needed
Brian McLogan no way!! I live near Jacksonville Florida! That’s insane! Your videos have helped me so much and it’s crazy to think ur that close lol 😂
Your videos are great see I was born in America though my education was persuad in Canada
I'm in highschool right now doing functions grade 11 I can see the american perspective of learning thx to you
Storm crafterfx you are very welcome! happy to be able to assist you with your math
threw me off at first but now I get it. thank you
Thank you, I now get the material, even when posted years back
awesome! happy to be able to help you out!
Thanks you’re best math teacher
You’re a hero man👏🏽👏🏽👏🏽👏🏽👏🏽
there should be an MCU like group with all the math and science youtubers like you, the organic chemistry tutor and, khan academy
When you talked about walking 3 miles down the x-axis in the negative direction and then climbing up a ladder to place a point, I wondered how high that point would actually be. It seems a supercomputer might be necessary to calculate the distance. According to my calculations, using standard graph paper (4 squares per inch), the y value would be 3 to the 760,320th power + 2 units. I have no idea how many miles that works out to. The calculator I used would only do 3 to the 76th power (obviously a minute fraction of the actual distance.) It still came out to 7.2 x 10 to 30th power miles. This is equivalent to making 9.8 x 10 to 27th round trips to the sun.
And a genius was born!
I'm just watching this for fun but I'm glad you make these videos :D I have somewhere to reference if i need help in the future
here for you!
Watching from Philippines i hope it would help me a lot.
Good luck with that trip up the ladder! 😋
Wouldn't the asymptote be y=2?
Correct me if I'm wrong but in any given exponiential function there will always be no restriction on the domain. The range depends on the value that is outside of the function in this case is 2.
that is correct! except if there is a vertical reflection that will affect the range as well, this problem has a reflection about the y axis though which does not affect the domain or the range
I'M BRIAN MC'LOVIN IT!
i just died
what would the rule of the graph be in function notation?
Why did you put the dotted line there on the graph? Do you just always put it in the middle of the 2 points? It was between 1 and 3 but I don’t know why?
the dotted line is where the asymptote is
U are the man
If you were my teacher, I would pass Algebra II with ease
I am just online, keep working hard
Why is the range (2 to the infinity)?
But, isn't -kx a horizontal reflection?
how did you get that reflection over vertical axis? made me so confused
when you have a function being multiplied by a negative "inside" the function, it will reflect the y-axis
How to get the domain and range of this equation?
domain is all real numbers always for an exponential, the range is from the asymptote up unless there is a vertical reflection
thank u
you are very welcome!
i don't really get how can we determine the asymptote of an exponential function
the parent graph has a horizontal asymptote at y=0 so just apply any vertical transformations
thankyou loads! this really helped me
😀👍
What if the equation is y=3-3^x
Good vid
thanks : )
7:08 Caught🤣
can u enter the question for exercise
not sure what you are asking?
Y= 3^-X+2=[[[[ 3^o/3^X]= o]=[ 3^O/3^X=1 ] =[ 3^O= 3^X ]=[[ X= o] STATUOME :[3^O=3^O]
Why am I learning this in MS 😭
shouldn't your range be y >2
Charles Amofordjuoh yes you can write it that way not sure why I wrote it that way it was a while back when I made that video