What derivatives tell us is actually the change in proportion of one thing compared to another. Let's say a function of height y = x squared. now the derivative y' = 2x. Now if I say "x" refers to width that'd mean height "y" would increase two times as much as the width we have. Now imagine 2 points very close to each other so that you can't see by the naked eye and the distance between these two points is shown by a tangent, you can then find quantitatively and qualitatively the change of your height y between these two points when you move infinitesimally across the width x. Now change the height and width with mass, stock price etc.
Me gusto tanto tu contenido que inicié seción solo para darte like :), sigue así
Very Helpful for me
YOUR EXPLANATION IS VERY HELPFUL. THANKS
good 1
Background music ❤
👏👏👏
THANK YOU
how to select the portion of each range?
Thanks very much
Kindly load a video on calculation of energy of activation land calculation of enthalpy from tga data too
In the future, follow us
Calculation of energy activation and calculation of enthalpy video uploaded now?
Thank you ♥
What is the use of derivative wt % Vs Temperature graph? What we can find and discuss about that graph in our research paper?
What derivatives tell us is actually the change in proportion of one thing compared to another. Let's say a function of height y = x squared. now the derivative y' = 2x. Now if I say "x" refers to width that'd mean height "y" would increase two times as much as the width we have. Now imagine 2 points very close to each other so that you can't see by the naked eye and the distance between these two points is shown by a tangent, you can then find quantitatively and qualitatively the change of your height y between these two points when you move infinitesimally across the width x. Now change the height and width with mass, stock price etc.
Thank you
Thnks broooo
Can you help me with di electric results ?