Derivative
D Deleted member 4993 Guest Sep 13, 2020 #2 bigfeetsandoy1 said: View attachment 21585View attachment 21586 Click to expand... Please post One problem/thread. Split up this assignment paper into 8 individual problem and post those as individual threads. Please show us what you have tried and exactly where you are stuck. Please follow the rules of posting in this forum, as enunciated at: https://www.freemathhelp.com/forum/threads/read-before-posting.109846/#post-486520 You have to apply:Summation law \(\displaystyle \ f(x) = [g(x) + h(x)] \ \ \ \to \ f'(x) = ?\)Product law \(\displaystyle \ f(x) = [g(x) * h(x)] \ \ \ \to \ f'(x) = ?\)Quotient law \(\displaystyle \ f(x) = \left[\frac {g(x)}{h(x)}\right] \ \ \ \to \ f'(x) = ?\)and some more..... Do you know the laws quoted above? Please share your work/thoughts about this problem. Last edited by a moderator: Sep 13, 2020
bigfeetsandoy1 said: View attachment 21585View attachment 21586 Click to expand... Please post One problem/thread. Split up this assignment paper into 8 individual problem and post those as individual threads. Please show us what you have tried and exactly where you are stuck. Please follow the rules of posting in this forum, as enunciated at: https://www.freemathhelp.com/forum/threads/read-before-posting.109846/#post-486520 You have to apply:Summation law \(\displaystyle \ f(x) = [g(x) + h(x)] \ \ \ \to \ f'(x) = ?\)Product law \(\displaystyle \ f(x) = [g(x) * h(x)] \ \ \ \to \ f'(x) = ?\)Quotient law \(\displaystyle \ f(x) = \left[\frac {g(x)}{h(x)}\right] \ \ \ \to \ f'(x) = ?\)and some more..... Do you know the laws quoted above? Please share your work/thoughts about this problem.