'Due east' presentation slideshows

Trigonometry

Trigonometry. A brief review . 1.4 Trigonometry. 1.4 Trigonometry. 1.4 Trigonometry. 1.4 Trigonometry. 1.4 Trigonometry. 1.4 Trigonometry. Pythagorean theorem:. 1.4.1. Which one of the following terms is not a trigonometric function? a) cosine b) tangent c) sine

986 views • 53 slides

Lecture 4, MATH 210G.03, Spring 2013 Greek Mathematics and Philosophy

635 views • 48 slides

A Peek at Programming or, problem solving in Computer Science

A Peek at Programming or, problem solving in Computer Science. Aaron Tan http://www.comp.nus.edu.sg/~tantc/bingo/. Contents. What is Computer Science (CS)? What is Problem Solving? What is Algorithmic Problem Solving? What is Programming? Control structures Recursion.

748 views • 48 slides

Splash Screen

769 views • 44 slides

Lecture 4, MATH 210G.03, Fall 2014 Greek Mathematics and Philosophy

588 views • 41 slides

Pythagoras Word Problems

Pythagoras Word Problems. Introduction/Course Description. Introduction Introductory notes Introductory notes Introductory notes. Agenda. Math Minute Discuss Agenda Applying the Pythagorean Theorem to Word Problems. Word Problems.

499 views • 39 slides

1.11k views • 38 slides

Cutnell/Johnson Physics 7 th edition

Cutnell/Johnson Physics 7 th edition. Classroom Response System Questions. Chapter 2 Kinematics in One Dimension. Interactive Lecture Questions.

631 views • 37 slides

Midterm review

Midterm review. Mostly concepts, with a few calculations thrown in for flavor. Chapter 1 - Units. What are the three base units we use in this class for distance, time and mass? Meters, seconds, kilograms Do we ever use centimeters or grams? NO, we do not Why Not?

378 views • 27 slides

Motion and Forces in Two and Three Dimensions - Ch.7

Motion and Forces in Two and Three Dimensions - Ch.7. Scalars and Vectors Velocity Vectors Projectile Motion. Scalar A quantity that has only magnitude but no direction Examples?. Vector A quantity that has both magnitude and direction Examples?. Intro to Vectors. Adding Vectors.

495 views • 25 slides

Displacement and Velocity

477 views • 24 slides

Chapter 3 Kinematics in Two or Three Dimensions; Vectors

Chapter 3 Kinematics in Two or Three Dimensions; Vectors. 3-1 Vectors and Scalars. A vector has magnitude as well as direction . Some vector quantities: displacement , velocity , force , momentum A scalar has only a magnitude . Some scalar quantities: mass , time , temperature.

339 views • 21 slides

Kinematics

Kinematics. Kinematics is the science of describing the motion of objects using words, diagrams, numbers, graphs, and equations. Motion can be described using many words such as fast, slow, speeding up, turning, etc. In physics we use mathematical quantities to describe motion

413 views • 20 slides

210 views • 19 slides

Chapter 7 Impulse and Momentum

Chapter 7 Impulse and Momentum. Chapter 7 Impulse and Momentum. Concepts learned so far: Impulse Momentum Impulse-Momentum theorem Conservation of momentum. Collisions in Two Dimensions. Collisions in Two Dimensions. Collisions in Two Dimensions.

498 views • 17 slides

Lesson 9.1 Use Trigonometry with Right Triangles

Lesson 9.1 Use Trigonometry with Right Triangles. Standard Accessed: Students will prove, apply, and model trigonometric functions and ratios. Warm-Up. Lesson Presentation. Lesson Quiz. Warm-Up.

558 views • 13 slides

Chapter 3

Chapter 3 . 3-4 Relative Motion. Objectives . Describe situations in terms of frame of reference. Solve problems involving relative velocity. Relative Motion . What is relative motion?

295 views • 13 slides

Vector Addition

Vector Addition. Simple addition (with signs!) and Pythagorean addition for vectors at right angles. Warmup. Santa has decided to supercharge his sleigh. He buys several rocket-powered cyborg reindeers and gets rid of the non- cyborg reindeers. A cyborg reindeer produces 200N of force.

254 views • 11 slides

Problem

Problem.

248 views • 8 slides

Instructions for the organiser

Instructions for the organiser. Instructions for each six helper. Show the cubs how to use a compass e.g. rotate the bezel so that big arrow lines up with N, E, S or W on dial, turn compass so that needle points to north, then walk in direction of arrow.

146 views • 6 slides