Calculus 5.1 Derivatives of Exponential Functions y = e^x

What is e? What is the derivative of e^x and e^f(x)?
How do we do a graphical analysis of y = e^(-x^2)

[zainann]

You are so kind to share your knowledge and teaching with us. I have chem this semester along with calculus and a part-time job that just drains me, but I am able to catch up with the work with the help of your videos like I did with advanced functions. I am forever grateful for you and for your teaching and taking the time to do these videos, you saved my grades, literally!

[Clipaholick]

Even when you're under the weather, you still put out incredibly helpful content for us, students! Thanks so much, Ms Havrot!!

[manoora]

This is the last chapter of my Course: Vectors and Calculus (MCV4U) and I would like to personally thank you very much for uploading these helpful videos. You are a great teacher and I am very glad I found you!
Thank you once again for making the time for us and putting in your great effort to make a difference in other people's lives.
All the way from Qatar,
Manar

[Lanarkwow]

Lots of squirrels in my backyard that like to eat bird food too lol! Great vids! Thanks!

[kevinxie]

Hello Ms Havrot, in the function y=e^x, is there a horizontal asymptote? According to the Nelsons Textbook, horizontal asymptote exists when both the positive infinity and negative infinity are approaching the same y-value. In the function y=e^x, only the negative infinity is approaching 0, and the positive infinity is not approaching any y-value. Thank you for your attention!

[sallykiruri]

I am happy to find you, Ms Havrot and relearn stuff I loved many years ago in school, but struggled with. Now I want to learn and I find that I understand you.

[malakamer]

ms its actually a super power how u manage to make the most complex lessons i struggle with somehow easy and FUN?? thank you thank you thank you!!

[reebarao]

Are you okay Mrs. Havrot? Your voice seems a little dry in this video 😂. Hope your doing better!

[adityakalra]

awesome video! Super clear and easy to understand : )

[vikramjoshi]

Hello Ms. Havrot, I am kind of confused about the derivative part of the second term for Q5. I don't understand why the exponent would be 2x, shouldn't be 2x-1?

[olympias]

19:53

That's an unfortunate looking mustache Mrs.Havrot :(

[danielramirez-gaston]

Is there a method to finding the horizontal asymptote for e^x? For example with rationals

[MewTCG]

Hi Ms Harvot. I notice the at 16:20 how you took the derivative of e^)-x^2 but would this same process also apply if e was just a number, say 4?

[sallykiruri]

Please let me know where you introduce the ho di hi, hi di ho rule. I am just starting out after many 6years and struggling a bit, and I'd like to know this rule and examples of its usage. KINDLY direct me to a basic lesson where this is introduced

[tenzinwoedhen]

how do I convert y=e^x to log and then into ln? IDK how to do this and its really bugging me... I feel like its log to the base of e of y=x, but that looks wrong.

[M.H.]

for 15:56 how did you know that there isn't any V.A.?

[dragonchao]

HI Ms Havrot is this last chapter on gr12 calculus?