Leibniz's Derivative Notation (2 of 3: Finding equation of a tangent)

[davidschwartz]

This teacher is the absolute best! Clear, thorough, and caring.

[manyworldsin]

Worked through calc III 20 years ago. This video was a big help. Your students are lucky to have such a great lecturer.

Turn your covid videos into a youtube career!!!

[sangeethas]

After 5:35, how good you are, there are only few who are explaining these things

Even I know these things, I am watching these videos just because you are that much good at explaining And I wish to have explaining capacity like you ....

[smoothacceleration]

These are great, leibniz notation was always a mytery to me.

[fog]

I can't think of a better teacher for maths.

[sandeep_bega]

I'm not mathematic student. However, just because of your way of teaching, I have started watching your videos. And now, I love to learn math as well.😅

[emilychokri]

I have been taking a calculus class online which is extremely hard. Thank you for posting. You explaining why we need to do something helps me understand a lot more!

[joao_pedro_c]

Sir why don't you upload all the videos on the same day? I'm not complaining, just curious

[kennethmcneil]

When he refers to the gradient is he meaning the slope on the tangent line at that point? Is it just another word for slope?

[mirageleung]

It's confusing that J is at point -1, 0, but the point is in a positive quadrant

[madehamohammed]

hello everyone i do have a question, what is leibinz foe q calculs would look like

[hawyoung]

can anyone tell me what book they are using for these question please

[kuznetsov]

2:30 you say you cant put dy/dx equal to something, it needs a function. But you make it equal to 2x here.