'Inverse trig' diaporamas de présentation

TRIG Jeopardy

This is. TRIG Jeopardy. Right Triangle Trigonometry. Trigonometric Graphs. Inverse Trig Functions. Fundamental Trig Identities. Solving Trig Equations. Formulas. Right Triangle Trig. Trig Graphs. Inverse Trig Funcs. Fund. Trig Identities. Solving Trig Eqns. Formulas.

1.31k views • 75 slides

THIS

THIS. IS. Jeopardy. Your. With. Host. Mrs. Col ? n. Jeopardy. Trig. U- Sub. E. Natural Log. Inverse Trig. Potpourri. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 400. 500. 500. 500. 500.

801 views • 69 slides

My Adventure with Inverse Kinematics

My Adventure with Inverse Kinematics. Chris Hecker definition six, inc. checker@d6.com. What is this lecture about?. the path I took while solving a problem with inverse kinematics how I use math to model and [sometimes] solve problems decisions I made, both good and bad

557 views • 39 slides

Day 19: Exploring Trigonometric Ratios (SOH-CAH-TOA)

600 views • 28 slides

FP2 (MEI) Inverse hyperbolic functions

FP2 (MEI) Inverse hyperbolic functions. Let Maths take you Further…. Inverse hyperbolic functions. Before you start: You need to be confident in manipulating exponential and logarithmic functions. You need to have covered the work on Maclaurin series from chapter 4.

415 views • 25 slides

Warm Up April 14th

Warm Up April 14th. What is the hypotenuse if the leg lengths are a = 6 and b = 4? Simplify . EOCT Week 13 #1. Solve for x . 45. x. 3. 3. Solve for x . 45. 3?2. x. X=3. Solve for x . 45. 3. x. 3=x?2. Special Right Triangles.

350 views • 24 slides

Integrals

Integrals . Keity Okazaki Emily Wang Lisa Wang. Antiderivative. A function is an antiderivative of on if for all

454 views • 22 slides

Integration by Parts

578 views • 15 slides

2016 Derivatives of Inverse Trig Functions

2016 Derivatives of Inverse Trig Functions. AP Calculus. Inverse Trig Functions. sin(y) = x. y = sin -1 (x) (with restrictions). y = sin(x). Inverse Trig Functions with Restrictions. Remember : Implicit differentiation. B. Remember: Pythagorean Relations. c. a. y.

306 views • 14 slides

6.1 Integration by parts

6.1 Integration by parts. Formula for Integration by parts. The idea is to use the above formula to simplify an integration task. One wants to find a representation for the function to be integrated in the form udv so that the function vdu is easier to integrate

585 views • 11 slides

425 views • 11 slides

8.2 Integration By Parts

642 views • 11 slides

Inverse Functions

354 views • 11 slides

Integrals Related to Inverse Trig, Inverse Hyperbolic Functions

Integrals Related to Inverse Trig, Inverse Hyperbolic Functions. Lesson 9.5. Review. Recall derivatives of inverse trig functions. Integrals Using Same Relationships. When given integral problems, look for these patterns. Identifying Patterns.

487 views • 10 slides

Warm up

193 views • 9 slides

6-5 Inverse Trig

6-5 Inverse Trig. An Inverse Function What was that again?. Get out those Calculators. Please find the following: sin -1 0 6. cos -1 0 sin -1 .5 7. cos -1 .5 sin -1 1 8. cos -1 1

155 views • 9 slides

Ch 6 Review Mon March 31

Ch 6 Review Mon March 31. Do Now Solve 1) 2). Ch 6 Review. 6.1 Pythagorean and Sum and Difference Identities 6.2 Cofunction , Double-Angle, Half-Angle Identities 6.3 Product/Sum Identities 6.4 Inverses of Trigonometric Functions 6.5 Solving Trigonometric Equations. 6.1-6.3.

175 views • 7 slides

6.7

281 views • 5 slides

162 views • 5 slides

Chapter 7 and 9 Midterm Review

95 views • 0 slides