'Vertical velocity components' presentation slideshows

Introduction to 2-Dimensional Motion

Introduction to 2-Dimensional Motion. Vectors . Two vectors are equal if they have the same magnitude (how big) and same direction. How to add vectors: Line them up head to tail Draw a vector that connects the tail of the first arrow to the head of the last arrow

1.4k views • 76 slides

Introduction to 2-Dimensional Motion

Introduction to 2-Dimensional Motion. 2-Dimensional Motion. Definition: motion that occurs with both x and y components. Example: Playing pool . Throwing a ball to another person. Each dimension of the motion can obey different equations of motion. Solving 2-D Problems.

1.23k views • 64 slides

Introduction to 2-Dimensional Motion

Introduction to 2-Dimensional Motion. 2-Dimensional Motion. Definition: Motion that occurs with both x and y components . Example: Playing pool . Throwing a ball to another person. Each dimension of the motion can obey different equations of motion. Solving 2-D Problems.

1.01k views • 62 slides

Vectors and Scalars

6.42k views • 33 slides

Year 12 Physics Gradstart

Year 12 Physics Gradstart. 2.1 Basic Vector Revision/ Progress Test. You have 20 minutes to work in a group to answer the questions on the Basic Vector Revision/Progress Test Worksheet. 2 .2 Vector Components Part 2. 2.2 Vector Components Part 2.

488 views • 32 slides

Vector and Vector Resolution

710 views • 29 slides

314 views • 22 slides

Chapter 4 Motion in Two and Three Dimensions

Chapter 4 Motion in Two and Three Dimensions

213 views • 16 slides

Chapter 3 Projectile Motion

266 views • 14 slides

Vectors and Scalars

369 views • 13 slides

4 .1 Vector Addition & Subtraction

4 .1 Vector Addition & Subtraction. We will be working on this section from the board. 4 .2 Vector Components Part 1. 4.2 Vector Components Part 1. 1. What is the northerly and easterly component of the velocity below. E. v N = 30sin30 = 15 ms -1. v E = 30cos30

373 views • 11 slides