Calculus 2 Lecture 6.3: Derivatives and Integrals of Exponential Functions

I understand this is calculus 2 but why make the problems so convoluted? with fractional exponents and square roots everywhere? horrible choice imo. great videos otherwise lol

Just a small tidbit of information at the very beginning, it’s generally agreed that Euler didn’t name e after himself and it just came up as a variable as if he did want to name it after himself he would have used a capital E.

Example 6 , was in my end of semester test ❤

good

It'd be great if you posted videos of multidimensional calc too!!

Could not see the far right solution near end

How do I remember all these rules 😢

The joke at the 21-minute mark. 🤣

Lots of thanks Prof

great teacher

epic

How do people get through Calc 1 without knowing the exponential function? That sounds impossible

Best Math Professor of all time

Thank you professor👨‍🏫 thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🌹🌹🌹🌹🌹🌹🌹🌹🌹❤❤❤❤🌹

it should be on netflix

Mental people? Ooh, middle people!

Yes need more tricky treats!!

I love his reactive attitude when the students get it wrong! LMAO

great lecture. well explained. thank you

Thank you!

Professor Leonard is literally the G.O.A.T. I wish I had the opportunity to have him teach me at a university. Keep being awesome man! I'm starting Calc 2 and I would much rather watch these videos than watch my professors videos.

Calculus being so tough for me brought me here, thank goodness, and currently in the middle of a pandemic!

man, my interest in math has been fading with the advent of remote learning of the pandemic. I would love to have a teacher like this during these times

Where's my "Why are we learning this in Calc 1?!??!" crew at?

Prof. thank you for teaching me not just how to solve but you also teaching me the concept itself. Many students know how to solve complex math but they do not know where it came from or how to use it in real life.

you're my only hope in calculus.

Btw I dont understand how e^1/ln(x) equals 0 can someone explain?

I totally forgot my how to even solve exponential equations.

lne = 1. yeah, but log 10 = 1, log 4^4=1. any log with same base and x = 1. so how can this make e special

Thank God for this during Coronavirus!!!

I'm just learning this for the heck of it, do you guys keep the integration tables handy while doing homework... and would they be available during tests? (basically talking about the 2nd to last one where secX = ln |secX + tanX|

Thank you Professor Leonard. You have made me to understand a number of topics that were initially difficult to understand. God bless you.

Professor Leonard is the GOAT!!!

Anyone else notice that he got married since last season?

He looks like the guy or professor you see in LMN movies that seems so calm and respectful but if you upset him, he'll destroy you in a heartbeat.