Goals:
* Review for Quiz on Tuesday
Homework: Summary Sheet Project
Click here for today's class notes
"One who fears failure limits his activities. Failure is only the opportunity to more intelligently begin again." ~Henry Ford
Friday, January 13, 2017
Thursday, January 12, 2017
Thursday, January 12, 2017
Goals:
* Review reference angles and trig functions
* Review quadrandal angles
Homework: Extra Practice 13.3 B & C: 1 - 18 all on each page
Click here for today's class notes
* Review reference angles and trig functions
* Review quadrandal angles
Homework: Extra Practice 13.3 B & C: 1 - 18 all on each page
Click here for today's class notes
Wednesday, January 11, 2017
Wednesday, January 11, 2017
Goals:
* Review reference angles and signs of all trig functions in the 4 quadrants
* Apply reference angles & trig function sings to evaluate angles without a calculator (exact values)
Homework: p. 871: 24 - 32 all
Click here for today's class notes
* Review reference angles and signs of all trig functions in the 4 quadrants
* Apply reference angles & trig function sings to evaluate angles without a calculator (exact values)
Homework: p. 871: 24 - 32 all
Click here for today's class notes
Tuesday, January 10, 2017
Tuesday, January 10, 2017
Goals:
* Review quadrandal angles
* Define reference angles
* Analyze angles in standard position to identify reference angles
Homework: p. 871: 16 - 23 all
Click here for today's class notes
* Review quadrandal angles
* Define reference angles
* Analyze angles in standard position to identify reference angles
Homework: p. 871: 16 - 23 all
Click here for today's class notes
Monday, January 9, 2017
Monday, January 9, 2017
Goals:
* Write a general definition of any trig function of ϴ drawn in standard position
* Evaluate all six trig function given a point (x, y) on the terminal side of ϴ
* Evaluate trig function of quadrantal angles
Homework: p. 870: 3 - 9 odds, 12 - 15 all
Click here for today's class notes
* Write a general definition of any trig function of ϴ drawn in standard position
* Evaluate all six trig function given a point (x, y) on the terminal side of ϴ
* Evaluate trig function of quadrantal angles
Homework: p. 870: 3 - 9 odds, 12 - 15 all
Click here for today's class notes
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