'Negative angle' diaporamas de présentation

Trigonometric Functions

Trigonometric Functions. Chapter 5. TexPoint fonts used in EMF. Read the TexPoint manual before you delete this box.: A A A A A A A A. Angles and Their Measure. Section 5.1. Basic Terminology. Ray : A half-line starting at a vertex V Angle : Two rays with a common vertex.

1.32k views • 110 slides

Trigonometric Functions

Trigonometric Functions. Chapter 5. TexPoint fonts used in EMF. Read the TexPoint manual before you delete this box.: A A A A A A A A. Angles and Their Measure. Section 5.1. Basic Terminology. Ray : A half-line starting at a vertex V Angle : Two rays with a common vertex.

1.2k views • 110 slides

Rotation and Orientation: Fundamentals

Rotation and Orientation: Fundamentals. Jehee Lee Seoul National University. What is Rotation ?. Not intuitive Formal definitions are also confusing Many different ways to describe Rotation (direction cosine) matrix Euler angles Axis-angle Rotation vector Helical angles

1.87k views • 57 slides

Pre Calculus Final Review

Pre Calculus Final Review. 1. Determine coterminal angles. Find one positive and one negative angle that is coterminal with 214 ?. Find one positive and one negative angle that is coterminal with. 1. Determine coterminal angles.

407 views • 30 slides

Radian Measure and Coterminal Angles

553 views • 26 slides

Academy Algebra II/Trig

Academy Algebra II/Trig. Pre-Calculus (4.1) 7.1: Angles and Their Measure HW tonight: p.513 (11-22 all ) HW tomorrow: p.513 (24-62 even). Angles. The initial side of an angle coincides with the positive x-axis.

369 views • 26 slides

Jump and SHOUT!!!

287 views • 22 slides

THE UNIT CIRCLE

THE UNIT CIRCLE. Lesson 4.2. A circle with center at (0, 0) and radius 1 is called a unit circle. . The equation of this circle would be . (0,1). (-1,0). (1,0). (0,-1).

385 views • 21 slides

Section 8.4: Trig Identities & Equations

Section 8.4: Trig Identities & Equations. Pre-Calculus. 8.4 Trig Identities & Equations. Objectives : Identify the relationship of trig functions and positive and negative angles Identify the Pythagorean trig relationships Identify the cofunction trig relationships

515 views • 21 slides

Lesson 6.1- Angle Measure

Lesson 6.1- Angle Measure. Warm-Ups are 6.2:. Classwork: Book : pg.487; 61-65 all. a. 89.06. b. 238,900 mi. 6155.78 mi. ANSWERS. PRE. Lesson 6.1 Angle Measure. Objectives: To understand the difference between radian measure and degree measure. To convert between radians and degrees.

408 views • 20 slides

271 views • 14 slides

Trigonometric Functions of Any Angle

327 views • 14 slides

5.1 Fundamental Trig Identities

Reciprocal Identities. 5.1 Fundamental Trig Identities. sin ( ? ) = 1 cos ( ? ) = 1 tan ( ? ) = 1 csc ( ?) sec (?) cot (?) csc ( ? ) = 1 sec ( ? ) = 1 cot ( ? ) = 1 sin ( ?) cos (?) tan (?). Quotient Identities.

1.88k views • 14 slides

Warm up

Warm up. Change to degrees, minutes, and seconds. Write as a decimal rounded to the nearest thousandth. Identify all angles that are coterminal with Then find one positive angle and one negative angle that are coterminal with the angle. Find the six trig functions for a angle.

261 views • 13 slides

Section 7.1

Section 7.1. Angles and Their Measure. ANGLES. An angle is formed by rotating a ray about its endpoint. The original ray is the initial side of the angle and the second ray is the terminal side of the angle. The common endpoint is called the vertex of the angle.

132 views • 13 slides

Lesson 4.1 Radian & Degree Measure

Lesson 4.1 Radian & Degree Measure. Parts and Types of Angles. Terminal & Initial. Positive & Negative. Coterminal A positive and negative angle where. 30 o & ______. 120 o & ______. Investigate Draw a circle and make up a number for the radius.

280 views • 9 slides

Objective: Convert between degrees and radians. Draw angles in standard form.

Objective: Convert between degrees and radians. Draw angles in standard form. Warm up Fill in the blanks. An angle is formed by two_____________ that have a common point called the ______________ of the angle. Positive Angle: Rotate initial side counter clockwise.

327 views • 8 slides

Trigonometry

Trigonometry. 1.1 Angles, Degrees, and Special Triangles. An angle is formed by two rays with a common vertex. Every angle has an initial and terminal side. Counterclockwise rotation from initial to terminal side results in a positive angle

195 views • 8 slides

EXAMPLE 1

197 views • 7 slides

EXAMPLE 1

349 views • 7 slides