I am absolutely terrible at math and if it wasn't for you I would 110% be failing classes. I still might fail but you're giving me a fighting chance. On top of coming here for pre-calc stuff im also in a physics class that you've helped a lot on. Thank you.
You're welcome, Chace! I am so glad that you have found this channel to help you out in Math and Physics. Keep working hard and don't give up! I hope we have covered the majority of your class to help you out. 😀
I know this video is over 2 years old but i love the way you explained how simple learning this can be. I was so confused but you broke it down simply and idk.. learning it made me feel happy because i understood. Thanks so much
I'm thrilled to hear that the video helped you understand the concept and made learning enjoyable for you! It's incredibly rewarding to know that the explanations resonated with you and contributed to your understanding. Remember, understanding complex topics can indeed bring happiness and a sense of accomplishment. Thank you for your kind words, you rock! 😀
what about when the function isn't one to one? the problem i have says "Recall, f(x) is not one to one, but we can still define f-1(x) by restricting the domain of f(x) to (0,2), for example"
I am SO glad that you found this channel and that it is helping you in your Precalculus class! Keep up the great work and thank you for being a part of this community! 😀
Hi there! I am so glad that this video has helped you in your Math class. For your question, there needs to be more information given. Hopefully you find the additional information. Give it a shot - you got this!
I am absolutely terrible at math and if it wasn't for you I would 110% be failing classes. I still might fail but you're giving me a fighting chance. On top of coming here for pre-calc stuff im also in a physics class that you've helped a lot on. Thank you.
You're welcome, Chace! I am so glad that you have found this channel to help you out in Math and Physics. Keep working hard and don't give up! I hope we have covered the majority of your class to help you out. 😀
I know this video is over 2 years old but i love the way you explained how simple learning this can be. I was so confused but you broke it down simply and idk.. learning it made me feel happy because i understood. Thanks so much
I'm thrilled to hear that the video helped you understand the concept and made learning enjoyable for you! It's incredibly rewarding to know that the explanations resonated with you and contributed to your understanding. Remember, understanding complex topics can indeed bring happiness and a sense of accomplishment. Thank you for your kind words, you rock! 😀
This video helped me immensely. Keep up the great work.
I am so glad that these videos are helping you in your Math class, Nathan! Keep up the great work and help us spread the word! 😀
what about when the function isn't one to one? the problem i have says "Recall, f(x) is not one to one, but we can still define f-1(x) by restricting the domain of f(x) to (0,2), for example"
bruh I literally in pre -cal and I have no idea what im doing. This helped me so much. THANK YOUUUUUUUUU!!!!!!!!!!!!!!!!!!!!!!!!!
I am SO glad that you found this channel and that it is helping you in your Precalculus class! Keep up the great work and thank you for being a part of this community! 😀
you sound like @manlybadasshero. Am I mistaken, or are you him?
Sadly, I am not him!
thanks for this video but can you help me out with this A sequence is defined recursively using the equation . If f(1)=100, what is f(6)?
Hi there! I am so glad that this video has helped you in your Math class. For your question, there needs to be more information given. Hopefully you find the additional information. Give it a shot - you got this!
Thanks you so much 👍💯
You're welcoe, Mayank! I am so glad that these videos are helping you in your Math class. Keep up the great work - you got this! 😀
Thanks manny from ice age
You got it! 😂 That is the running theme of the channel! Keep up the great work!
slay
Keep working hard, Samantha! 😀