Reminder: don't forget that we have our final over two days, Thursday and
Friday!
Thursday: derivative definitions, techniques, and relationships
with graphs (don't forget limits, symmetry, domains and ranges,
etc., but the emphasis will be on the derivative: applications,
linearizations, extrema and concavity, etc.).
Friday: two story problems (of three -- you will choose two).
Section 4.8: Antiderivatives
Definition:
All antiderivatives are the same up to a constant:
Notation:
The integral is an operator that also is linear:
Examples:
#3, p. 242
#29, p. 243
Differential equations: an equation establishing a
relationship between a function, the independent variable(s),
and the function's derivative(s).
"Find a function whose derivatives satisfy the following
relationship."