Thursday, September 24, 2015

TEST TOMORROW!

StudystudystudystudystudystudystudystudystudystudystudystudyAnd study outside! :)

If you'd like to do some practice problems to study, check these out--all of this stuff is on your test! (And the answers are in the back of your book). Feel free to stop by tomorrow morning before 7:30 (or C period) if you have any quick questions.

Page 333: 3, 5, 7, 9, 11, 13, 15, 17, 27, 31, 57, 59, 63, 65, 67, 79, 81, 91, 93

I would also recommend looking at your past quizzes to study!

Here's a list of what's on your test: (textbook section # in parentheses)

  • Use a graphing calculator to evaluate trig functions (4.3)
    • Ex: sin(2.34) = ?, cos(154 degrees) = ?, sec(2pi/3) = ?, cot(139 degrees) = ?
  • SOHCAHTOA "Word Problems" (4.3)
    • Draw a triangle to model the scenario
    • Use trig ratios to find a missing side length
    • Use trig inverses to find missing angle measures
    • Know angles of elevation and angles of depression (how to draw them)
  • Solve triangles (4.3)
    • Use trig ratios and/or trig inverses to find all side lengths and angle measures
    • Also, use Pythagorean theorem! And know that angles of a triangle sum (add up to) 180 degrees!
  • Define the 6 trig ratios given a triangle (and "theta") (4.3)
    • Be sure you know the 6 ratios! Study, study, study!
  • Define the (remaining 5) trig ratios given one ratio (4.3)
    • Example: Given sin(x) = 3/5, draw a triangle, choose/identify an angle theta, find the third side of the triangle (Pythag.), and then define the remaining 5 ratios!
  • Convert angle measures to radians (4.1)
  • Convert angle measures to degrees (4.1)
  • Find complements and supplements in degrees (4.1)
  • Find coterminal angles (+/-) in degrees (4.1)
  • Find complements and supplements in radians (4.1)
    • Use common denominators/fractions to solve--no converting to degrees!
  • Find coterminal angles (+/-) in radians (4.1)
  • Sketch angles in standard position (radians and degrees) (4.1)
  • Find the measure of a reference angle
    • Remember, reference angles are formed by the terminal side of an angle and the X axis!

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