Inverse_graph.gif Group_2.jpg Piecewise_function.png

Our group will cover:
  • Page 1:
    • Exponential functions, and "e"
    • Inverse functions
    • Logarithms
    • Piecewise Functions
  • Page 2:
    • L'Hopital's Rule
    • Integration by Parts and Tabular Integration
    • Integrals of Partial Fractions

Piecewise_function_equations.png This is a secret message and if you find it you get a cookie. Not really.Exp_function_graph.gif



Exponential_Functions.gif

An Exponential Function takes the form: A^x, where A is a constant.

Parent graph of e^x
Graph_of_e.png

e: Euler's number: 2.71828182845904523536...

Why e?
Integral_of_e.GIF
Get a Voki now!



Logarithms.gif
Form: a^b = c -----> logac = b


Get a Voki now!




Inverse_Functions.gif



Inverse Functions of x^3 +c
Inverse Functions of x^2+c




Piecewise_Functions.gif
Graphing Piecewise Functions