Legit a homework question I couldn't get, my teacher never gave an example for a problem like this in the homework set. Lost until I found Krista. You've saved my brain so much work so many damn times. I heart you
Find the point of the curve y = e ^ x , at which the curvature is maximum & Show that the tangent at the point form with the axes of co ordinate a triangle whose sides are the ratio1:sqrt(2) :sqrt(3) Ma'am can you plz sove the second part of the question
Legit a homework question I couldn't get, my teacher never gave an example for a problem like this in the homework set. Lost until I found Krista. You've saved my brain so much work so many damn times. I heart you
😊
Thanks for breaking this one down. I just couldn't get all of the little factoring tricks at first, but now it's making more sense.
Thanks for the solution ❤
Sincerely you are a great professor, easy to understand the explanation.
Thanks, Jose! :)
Find the point of the curve y = e ^ x , at which the curvature is maximum & Show that the tangent at the point form with the axes of co ordinate a triangle whose sides are the ratio1:sqrt(2) :sqrt(3)
Ma'am can you plz sove the second part of the question
I am grateful to you. it is really helpful. I like your explanation. thanks a lot.
Thank you so much - you made logical sense out of a daunting homework question :D
Well explained👌
Bless your soul
thank you this is great
+Alpha You're welcome, I'm glad you liked it!
Thank you! I got stuck on this one for a bit
You're welcome, Nathan! Glad I could help! :)
God bless you
What would it be if its 9e^x
Couldn't the only critical point also be a minimum so you'd need 2nd derivative test to determine which it is?
lovely voice
Nope didn't work for me.
It probably didn't work because the lines on either side of f'(x) are telling you to calculate magnitude, not absolute value.
For this specific formula, those are absolute value bars, but it's the same result either way.
Or breakfast
Really . ? You're not serious . lmao ..
I think im in love
Can I like take you out to dinner Mrs. king?