Application of mean value theorem

In this video, I showed how to use u substitution to evaluate a definite integral

[@voltire3519]

I swear you are one of the most pleasant math educators online !!

[@kevinbush4300]

I agree with your sentiment. But I find that most of them are very pleasant indeed, in any case.

[@kevinbush4300]

His chalkboard notes are impeccably neat (I reckon he gets his chalk sticks from Japan). On the other hand, the pens he uses on paper are too broad-nibbed.

[@kevinbush4300]

I take back what I said about the broad nibs. I’ve watched a few shorts now where he uses ‘sensible’ pens.

[@Practicalinvestments]

As soon as he said “what in the world is this,, but if your a calculus student then you can’t complain and you have to learn it” I was like yeah this guy knows 😂😂😂

[@trollchicken]

Watching your videos is so satisfying. You explain terms with passion

[@PrimeNewtons]

Thank you so much 😀

[@Practicalinvestments]

This deserves far more views and likes because the example questions and questions on the assignments are like “differentiate 2x^2” and “use mean value theorem to find f’(c) in f(x)= (5x-10)^2 over [0,8]” But then the questions on the tests and exam are exactly like what you wrote at the beginning with no explanation or hints,, it’s like they want students to fail ffs, or are just too lazy to care

[@PrimeNewtons]

Thanks

[@aadityavikram5030]

Keep teaching brother.......

[@missyoudear10]

i really love your style of teaching

[@anirbanpandit680]

Sir i must say you are such a perfectionist, any problem doesn't matter how hard that topic is I can catch that topic in one time playing that video!.....and your expression and forces on your words makes it more simple and understandable......you are a precious asset in my math course......earlier I was very grateful to have that epsilon-delta proof video.....for students like me you are very precious asset, stay blessed SIR! please keep bringing up these awesome videos like on rolle's theorem.............once again sir Thank you

[@surendrakverma555]

Very good 👍

[@SYAgencies0379]

Thank you for doing the work on a black board, for me to see clearly, the lines and numbers.

[@sadidsheikh6917]

loved this one

[@I_good_at_alaphabet]

You are so good at teaching. Thank you for this video.

[@AA01998]

Slow and easy to understand ❤ . Its satisfying to learn like this

[@FaizMuhammadsahto]

Very nice sir

[@dengankunghacharles1115]

Well done

[@blockblend-12]

Pouvez vous montrer que la fonction f est strictement monotone tel que : | f(x) - f(y) | >> k | x - y | avec k appartient à IR +

[@earl808s]

This is great

[@MrRrrr698]

Asmr maths 🥰🥰🤩😍

[@ochen222]

tan(x) is not continuous on x = pi/2 or x = -pi/2?

[@Manisha...............]

Thank you sir

[@saifhossain9462]

I really want to know that which books are you followed by you

[@hakemrania5840]

Sir i didn’t understand why did u put the derivative of tan(x) as sec square of x while its 1/cos(x)

[@joaomane4831]

Because that is the derivative of tanx?... Review your calculus.

[@user-lv6cf3tc9u]

😂😂😂 why did i choose 1.5 my math is terrible. 😅😂😂 you are great Sir Thanks

[@PrimeNewtons]

Welcome 👍

[@sebasmiro]

but tan(x) is not continuous on x = pi/2 or x = -pi/2

[@VictorJunyiWang]

Use sec(x) squared = 1 + tan(x) squared to get sec(x) squared is always greater than 1