Can't say thank you enough! My professor teaches right from a PowerPoint and doesn't show steps. You're keeping me afloat and actually helping me understand
Saving lives in math, one video at a time. THANK YOU! I started pre-calculus without studying math for over 3 years; so I am beyond rusty. Your videos has helped me past every little stumped that I had from my lack of memory in Algebra.
Still haven't fully understood this, but shouldn't the final answer be y^-1= x+5/-2x+3 considering the negative signs may switch? Thanks for this lesson.
I hope his students appreciate him. They don’t even know how lucky they are to have a math teacher that actually explains what’s going on.
Yeah his actually very good
This is the only thing online ive found that teaches the steps
Can't say thank you enough! My professor teaches right from a PowerPoint and doesn't show steps. You're keeping me afloat and actually helping me understand
Saving lives in math, one video at a time. THANK YOU! I started pre-calculus without studying math for over 3 years; so I am beyond rusty. Your videos has helped me past every little stumped that I had from my lack of memory in Algebra.
Thank you from the bottom of my heart!!!!
Even tho I’m not good at English but I understand from you more than what I understand from my teacher thank you 🙏
This man is saving my life academically, thank you.
This is the only video that I have found that explains this method of finding inverse functions extremely well
Thank you!
You've been my go-to math youtuber for my College Algebra class all year
Very helpful! Thank you! It helped me to solve me assignment that wasn't even thought at school because of this pandemic. Thank you so much! ❤
I miss good math teachers that you can understand. YOU SIR ARE A RARE GEM!!!
Is that whenever we are asked to find a domain and range we use the denominator?
the absolute best!!!!! he needs awards there should be a school named after him. thank you so much xoxo
Thank you so much for going into detail with your explanations, from this point on I'll be using your videos for the rest of my class.
happy to explain and help you out!
im binge watching your inverse of a rational function series lmao. as always, youre a life saver sir! thank you so much
This guy is an amazing teacher ♥️👏
Thanks! Just helped me with my math exam just now! Lol. Great Video! 👌🏼👋🏼
thanks so much, this one was giving me some trouble but this is very logical
Still haven't fully understood this, but shouldn't the final answer be y^-1= x+5/-2x+3 considering the negative signs may switch? Thanks for this lesson.
Great explanation.
thank you!
bro u just saved my assignment
I always watch your videos and learn more then my class. Thank you
happy to be there for you!
Very helpful, fingers I crossed I pass my test tommmorpw
Happy to help. Good luck!
Brian McLogan hi, I think I failed my test because i got stuck on a question it went like fg = f-1(inverse) and then said solve it could u help?
Thank You
you are very welcome!
you sir have helped me a ton. My thanks to you.
Very helpful! thanks
I do understand this problem but i'm still having a tough situation on my equation f(x) = 3x/2x-1. I really don't know how to do this thing. Argh! 😩
f^-1(x)=2/2x-3 i guess
@@donnapeteros9294 really? i got -x/-2x+3 as the inverse
You are a great man.
happy to be able to help
Wow that's a series of steps
Thank you so much!
Thank you so muchhh! ❤️
Danko Danko!!
Very helpful and informative but bit complicated like my life lol
Wow lots of thanks
bruh u r good
just happy to help
That is helpful
how can I find the range of the inverse
range of the inverse is the domain of the function
thank you so much!
Wait why did you make 2x+1 equal to zero? What does that do?
finds the values of x that make the denominator =0. Those values are not in the denominator
GOAT
hulog ka po ng langit para sa aking mga modules lol
if i subtract 2yx from the left and the answer will be different.why？
the answer would not be different as long as you still isolate the expressions with y and factor out that expression
Thankssssss
liked and subbed
This is the reason I dont want to get good at math look at this mans head
How can u solve g(x)=2x-1/3
i will teach u
g(x)=2x-1/3
y=2x-1/3
interchanging x and y
x=2y-1
x+1=y
g^-1(x) =x+1
What if there's an x^2
same process, you will just need to undo the squaring by taking the square root
Brian McLogan 👍thanks
You are finding the domain and range of the original function you need to get the domain and range after swapping the x and y step c'mon man
i hate how you block the board while explaining and writing things