Revision as of 11:29, 24 July 2021

Calculus

This is a course that Henry and Ben are studying during 2021.

$(x^{n})'=n*x^{n-1}$

@@ Line 6: / Line 6: @@
 <math>(x^n)' = n*x^{n-1}</math>
 ====Derivative of Polynomial Functions====
-#The sum Rule
+#The sum Rule <math>(f+g)'=f'+g'</math>
-<math>(f+g)'=f'+g'</math>
+#The Difference Rule <math>(f-g)'=f'-g'</math>
-#The Difference Rule
+#The Product Rule <math>(f*g)'=f*g'+ g*f'</math>
-<math>(f-g)'=f'-g'</math>
+#The Quotient Rule <math>({f \over g})' = {(gf'-fg') \over g^2} </math>
-#The Product Rule
-<math>(f*g)'=f*g'+ g*f'</math>
-#The Quotient Rule
-<math>({f \over g})' = {(gf'-fg') \over g^2} </math>
 ====Derivative of Trigonometric Functions====
 ==Integration==