'Trig identities' presentation slideshows

Warmup

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Part 4, Set 2: Periodic functions & Trig Identities

Part 4, Set 2: Periodic functions & Trig Identities.

561 views • 34 slides

Part 4, Set 2: Periodic functions & Trig Identities

Part 4, Set 2: Periodic functions & Trig Identities.

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Agenda

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DRILL

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Stuff you MUST know Cold for the AP Calculus Exam

Stuff you MUST know Cold for the AP Calculus Exam. in the morning of Wednesday, May 7, 2008. Sean Bird. AP Physics & Calculus Covenant Christian High School 7525 West 21st Street Indianapolis, IN 46214 Phone: 317/390.0202 x104 Email: seanbird@covenantchristian.org

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Hosted by Mr. Guthrie

Jeopardy. Hosted by Mr. Guthrie. Trig Identities. Coordinate Trig. Trig Problems. Definitions. 100. 100. 100. 100. 200. 200. 200. 200. 300. 300. 300. 300. 400. 400. 400. 400. 500. 500. 500. 500. Row 1, Col 1. What is opposite, adjacent, and hypotenuse?.

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Impossible Numbers

MAT 320 Spring 2008. Impossible Numbers. Old Problems. You may remember from geometry that you can perform many constructions only using a straightedge and a compass These include drawing circles, constructing right angles, bisecting angles, etc.

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Advanced Trig

Advanced Trig. Midterm Review. Exponential Graphs. Logarithmic Graphs. Properties of Logs. Properties of Logs #2. Solving Exponential/Log Equations. Solving Exponential/Log Equations. Radian & Degree Measure. Right Triangle Trig. Trig Functions on Unit Circle. Graphs of Trig Functions.

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Chapter 7 Trig Identities and Equations

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3.5 DERIVATIVES OF TRIG FUNCTIONS

3.5 DERIVATIVES OF TRIG FUNCTIONS. Some needed trig identities:. Trig Derivatives. Graph y 1 = sin x and y 2 = nderiv (sin x) What do you notice?. Proof Algebraically. (use trig identity for sin(x + h) ). Proof Algebraically. 0. 1. Trig Derivatives.

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Polar Intersections

Polar Intersections. 5025D. I. Trig Identities. II. Solving Trig Equations. Review: Solving Trig Equations. 1. Never divide!!!!!. Double twice the angles Triple three times the angles Half half as many angles.

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Trig Identities and Applications

Trig Identities and Applications. A calc student upset as could be That his antiderivative didn't agree With the one in the book E'en aft one more look. Oh! Seems he forgot to write the "+ C". . Objective. To integrate trig functions To write position, velocity, and acceleration functions.

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Simple Trig Identities

Simple Trig Identities. Lesson 2.4b. Definition of An Identity. Any equation that is true for every number in the domain of the equation. Example 2x + 12 = 2(x + 6) Trig identities Ratio Identities Reciprocal identities Pythagorean identities. Ratio Identities.

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5.1 Using Fundamental Identities

5.1 Using Fundamental Identities. Fundamental Identities. Evaluate trigonometric functions Simplifying trigonometric functions Develop trigonometric functions Solve trigonometric equations. Fundamental Identities. More Identities. Using Trig Identities to Evaluate a function.

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2.4 The 6 trig functions

2.4 The 6 trig functions. Lesson Obj : Iwbat to find the values of the 6 trig functions in a rotation. Guiding Question: What is the relationship between sin/ cos /tan & csc /sec/cot?. Recall the basic trig functions. The remaining are just the reciprocals of the 1 st 3.

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Trig Identities

B. c. a. A. C. b. Trig Identities . Example Solve the equation for values of x in the range of 0 ? to 360 ?. Example Solve the equation for values of x in the range of 0 ? to 360 ?.

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Trig Identities

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Pg. 407/423 Homework

Pg. 407/423 Homework. Memorize all Trig stuff!! Test Thursday!! Study!!! #2 x = 0.72, 5.56 #4 no solution! #6 x = ? /8 #8 x = 0, 3.34, ? , 6.08 #10 x = 1.47, 4.81 #12 x = 0.98, 4.12, ? /3, 7 ? /3, 5 ? /3, 11 ? /6 #14 x = 0, ? /3, ? , 5 ? /3

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8.3 Trigonometric Integrals

8.3 Trigonometric Integrals. Trig Identities. Product-to-Sum identities. Basic identities. Half-angle identities. Examples. Strategy.

294 views • 4 slides