Passed out practice assessment on definite integrals, approximation, Riemann definition, and Fundamental Theorem of Calculus.
Notes from board
Homework
Complete practice assess [ blank ] [SOLUTIONS]
Finish worksheet handed out Friday (see last week's Friday post)
Resources
given a Riemann sum, write a definite integral: link
find position given acceleration function and initial conditions: link
rectangular approximation of definite integral: link
evaluating a definite integral, simplifying with properties of logarithms: link
midpoint sum from a table: link
trapezoidal rule: link
finding exact value of definite integral using FTC2: link
Went over practice assessment in DS. Took assessment in class. Learned about properties of definite integrals.
Homework
p274 #41-44,47
see here for premise
Resources
a video similar to mine, with some more analytic approaches: link
another, with some nice examples: link
simple examples to assist with p. 274 hw link
more complex examples for p274 hw link