Love your videos! What to do if the second derivative would be < 0? This would indicate that the found value is a maximum right? But then how do I get a minimum from there?
Please answer 🙏 In maxima and minima question how we choose which one is variable and which one is constant in polar form equation. Most of the time i have seen that everyone differentiation with respect to thetha not with respect to radius.
Second eg. I wrecked my head! Silly me, a tablet can't be hollow! Can't ignore the top n' bottom surfaces! Now we are on same page! Really stupid of me! Lol!
i wish she was my teacher her explanations are so straightforward and easy to understand
To be honest, she’s very underrated
hello mam!!Im from INDIA. ur just awesome its so helpful to me tqsm mam ...keep making videos like this ....
very concise and informative video. Cheerio!
Ma'am I'm from Bangladesh,, lots of love for you... God be with you ❤️🇧🇩🇧🇩🇧🇩
Love your videos! What to do if the second derivative would be < 0? This would indicate that the found value is a maximum right? But then how do I get a minimum from there?
Started a 2days train journey and ended up learning the Integration which is troubling me. SinQ/CosQ Sarah :)
Just amazing
Thank you so much🙏
It was really helpful 😁
At 13:15, Area = 84.8 mm^2.
This is nice have learned something. I need help on maximum and minimum problem on how to find the dimensions of a given shape
Please answer 🙏
In maxima and minima question how we choose which one is variable and which one is constant in polar form equation. Most of the time i have seen that everyone differentiation with respect to thetha not with respect to radius.
Thank you,power full lecturing
Hi Miss, if you find the 3rd derivative and it's -ve then max value.
This is wonderful!
Thank youu, u really help me with my project
Good morning. Can you please make a video on integration about Velocity, Displacement and acceleration
One day I will get there... that’s a mechanics topic which I haven’t started yet but will do 👍
@@StarfishMaths 👍
Well explained.
Love it
great lecture mam
Second eg. I wrecked my head! Silly me, a tablet can't be hollow! Can't ignore the top n' bottom surfaces! Now we are on same page! Really stupid of me! Lol!
good it is
😍
Super helpful 💕
Literally i have commented that B4R watching ur video cuz i know it will surely gonna be helpful 😀
Well thank you! 😊
Hey good evening madam