"Yes Lord, YES LORD" 5:53 Love your content brotha! I'm a middle school math teacher and I've been tutoring one of my coworkers in Calculus since they're going back to school to finish their degree. It's been a genuine joy to do math as well as reference your videos! I see your passion and your joy of teaching.
thank you for putting it into language. some people learn visual, some learn pattern, and some of us need to hear the explanation in factual informational ways. this did it for me! thanks!
I have always despised math until now--you make it so easy to understand and actually enjoyable. Thank you for passion and contribution toward millions of people. Keep being amazing!
i looked at it and i thought ok the answer is yes for the first question and no for the rest. I am happy i stayed here to see that lim exist and it is continous. it was really a good example.
Isn't this referred to a piece-wise continuous. Your videos are always excellent; your personal presentation of confidence, enthusiasm, and respect is enjoyable and pleasant while being educational.
This guy I tell you people has blown many minds in calculus just refer to how He simplified epsilon delta definition of limits of a function with its proof
So marvelous, I'm enjoying your teaching style. I searched for you in abstract algebra 1and 2 to clear myself in some concepts but to no avail kindly link me up sir
Oh but it is... Notice how there's x >= 2 for the first part and < 2 for the second part and derivative is defined as limit towards some small POSITIVE h. Thus you can do differentiation for each part, but it's not going to be continuous function.
"Yes Lord, YES LORD" 5:53
Love your content brotha! I'm a middle school math teacher and I've been tutoring one of my coworkers in Calculus since they're going back to school to finish their degree. It's been a genuine joy to do math as well as reference your videos! I see your passion and your joy of teaching.
Thank you!
Man, the passion is admirable.
thank you for putting it into language. some people learn visual, some learn pattern, and some of us need to hear the explanation in factual informational ways. this did it for me! thanks!
Your passion is what makes you a great teacher! ❤
Always very clear explanations. You come up with strategies I would never have thought of in your videos.
I have always despised math until now--you make it so easy to understand and actually enjoyable. Thank you for passion and contribution toward millions of people. Keep being amazing!
Great to hear!
A Latino mom here trying to help her daughter with calculus. Thank you very much.
I'm glad it helped.
Lovely
Why are you sooooo good at explanation, It's sooo easy to understand from you!!!!!!!!
Africa needs more of teachers like you 🙏🏿
That is such an ignorant comment. America and the world need more teachers like him.
@@jamesjones6359 yes the whole world need teachers like him💫💫💫💫💫❤❤❤❤
this tutor makes is one in a million. he is undoubtedly the best
man, I thank you from bottom of my heart. I have exam tomorrow, couldn’t understand this, now it's clear!!!!!
Amazing teacher. Clear, simple and very well explained. Thank you!
Thank you sir, you makes me remember math, a new student follows your excellent explaining.
You never disappoint prime!
I love watching your videos. You are helping me learn and understand Calculus. God bless.
i looked at it and i thought ok the answer is yes for the first question and no for the rest. I am happy i stayed here to see that lim exist and it is continous. it was really a good example.
Sir, I'm from India,,
Your teaching style is just fabulous ❤
Wonderful sir.
Love the passion
Detailed explanation.
Yes lord!
I love the energy you bring in your videos ❤
Thank you, sir. I like that even if it looks weird, it exists.
Isn't this referred to a piece-wise continuous.
Your videos are always excellent; your personal presentation of confidence, enthusiasm, and respect is enjoyable and pleasant while being educational.
great applause for your teaching skills , your videos deserve millions of fame 👏
Why did I only find you after I just finished my calculus unit. Your an amazing teacher!
At that point, it's continuous but not differentiable.
Correct! Too kinky to differentiate.
Excellent explanation 👌!
Keep it up.
True.
thank you!! i finally had my eureka moment when it came to limits. my math midterm is on sunday and i'm feeling so confident now! :)
Thank you sir! Love your energy while teaching!
Thanks for this video Mr...I did not understand during my calculus 1 classes. But now you paved the way now I understand 👍 👌👌
you're the man and no two ways above that..!
You're an amazing Teacher.I love your passion ❤
Precise Good Simple Explanation.👍
Good teacher, you deserve respect
super fun video! made me excited to continue learning calculus. keep up the good work.
very great explanation, u taught us, as we are a 10 year old. And it was very easy to understand the concept. Thank you
This guy I tell you people has blown many minds in calculus just refer to how He simplified epsilon delta definition of limits of a function with its proof
You are such a life saver
Continuity is sufficient condition for integration and necessary condition for differentiation
Three times yes
Haha! I will have to do a video on " Necessary and Sufficient." Thanks for all the tips.
I loved your explanation!!
Thanks!
You are welcome!
BRO i like how u teach math! makes me wanna learn math without the school requiring me to learn it
🎉 I see a great teacher in you.
they should hire you as my lecturer.................SUBSCRIBED
youre a great teacher , appreciate the videos so much🙏
you can explain very nice, therefore it is very clearly to me.because İ thanks you a lot
You're so underrated thank you
So marvelous, I'm enjoying your teaching style. I searched for you in abstract algebra 1and 2 to clear myself in some concepts but to no avail kindly link me up sir
Hi man all your video are inspirational I am encouraged to go far with maths
Is it correct to put 2, not 1 in the calculation of LHL. The statement doesn't say that we can take value equal to 2 for LH
Well explained 🎉🎉❤
YOU ARE A GREAT TEACHER
Very well explained!
Hey man! We love maths & we love you!❤
YOU'RE THE BEST ! thank you
Love from Bangladesh ❤❤❤
Fantastic one❤
Thanks first time watching Your video
You just helped me, thank you so muchhhhhh!!!
Excellent explanation
Thank you dear teacher
thank you for an awesome video! keep it up!
Beautiful 💐
YES LORD.. Thanks soo much bro
Thank you very much for this video.
NIce expalnation!! Keep it up
This was very helpful thank you😊
Great way of teaching
Glad you think so!
Very clear explanation..
Thanks very much sir u really enlightened me on this ❤
this is great, do you know how to show it in a function that is not piecewise?
I really really likes yous pattern of learning, your learning is step-by-step and you becomes the hard topic to easy.❤😊👍🪷 continue you passion......🎉
Now 4th Question :> Is this function differentiable at x=2?
Outstanding
🦸
Nice teaching😘😘
Damn I am so angry that l am only discovering your videos now after failing three tests.
Better late than never
lad you are crazy.......... thanks man got it
Do I have to do the same for 7-x to prove that the entire function is continuous?
Thanks man, that helped ❤
As a Physicist I'd say, a function is continuous if I can draw the graph without lifting my pen😂
What a misleading physicist
Please help me find inverse of x+radical of x
You have very good handwriting
Wonderful so nice
You have wisdom
amazing teacher
Thank you! 😃
Evaluate x^3-8/x^2-4
Lim x is 2.please how do i solve this
Factor top and bottom
thanks a lot will smith😊
Made it easy 👏👏👏👏
Nice handwriting!
Nice lecutes always...
شكراَ
You teach really nice but ill suggest you give copius example to strengthen what we already know 😊
....my cadid advise😅
Great Video!
Amazing...
But not differentiable at x=2 since derivative at x=2 of x^2+1=2x=2(2)=4 and derivative of 7-x=-1 at x=2 and 4,-1 are not equal.
Oh but it is...
Notice how there's x >= 2 for the first part and < 2 for the second part and derivative is defined as limit towards some small POSITIVE h.
Thus you can do differentiation for each part, but it's not going to be continuous function.
By "f(2) exists", did you mean " f(2) is defined"? Good video as always.
Thanks Sir 🙏
Had to subscribe.
You must find R H limt amd LH limt first.their value must be equal.
amazing !!
Yes lord 🙌🙌🙌
Yes Lord ❤️🔥 thank you sir 🫂
thank you so much
Thank you❤
Well understood