PHYS 101 Knight et al., chapter 2.

Slides:

Advertisements

Similar presentations

Each group should have a Motion Using Position vs. Time Graphs Interpretation Card. Decide what kind of motion is described by the graph. Write out a.

Advertisements

Chapter 4 Linear Motion.

Physics 31 Lecture 4.

Chapter 4 Linear Motion.

Jeopardy Motion and Speed Acceleration Vocabulary Newton Random Q $100

PHYS 201 Chapter 3 Kinematics in 2-D Equations in 2-D Projectile.

When you see a soccer ball, jump and hit it in the air with your head.

Class 13: Question 1 Which graph represents an object slowing down, where D is distance and t is time. Assume that units are the same for all four graphs.

College Physics Alan Giambattista Betty Richardson Robert Richardson 4th edition Chapter 3 Copyright © The McGraw-Hill Companies, Inc. Permission required.

Methods of Motion Honors Physics. YOU deserve a speeding ticket! I am the LAW around here and the LAW says that the speed limit is 55 miles per hour!

Chapter 3, Part 1 September 9, You drive 8 mi north, turn right and drive another 8 miles to the west. Your total displacement is about

A toy car can move left or right along a horizontal path.

Tool Bag Formulas, equations, Vocabulary, etc. Here’s How…Notes & Examples Title: Name Date Period 5-2 (Part 3): Rates Using Bar Models ObjectiveTo use.

PHYS 201 Chapter 2: Kinematics in 1-D Distance Displacement Speed

Motion and Forces Lesson 1: Position and Motion.

8.1 The Language of Motion Some common words used to describe motion include: Some common words used to describe motion include: –Distance –Time –Speed.

By noting the distance the jogger moves in equal time intervals, you can determine that the jogger is standing still (a), moving at a constant speed (b),

Chapter 2: Motion in One Dimension

Kinematics in 1-D. Learning Target I can differentiate between position, distance, displacement, speed, and velocity.

MEASURING MOTION REVIEW CHAPTER 1 SECTION WHAT IS A REFERENCE POINT? A. A measurement for speed B. A measurement for velocity C. A stationary or.

Start a long way out - as once you start driving you will come within easier passing distance.

These boundaries are where plates “slide” past each other. In about 60 million years Los Angeles and San Francisco will be next to each other.

2. Write down an example of speed and an example of velocity.

GRAPHICAL ANALYSIS OF MOTION. If you have a….  Object at rest…  An object with no velocity & slope 0  An object that is far away  An object that is.

Physics 221 Chapter 4 Equations in 2-D v = dr / dt r = x i + y j v = dx/dt i + dy/dt j a = dv / dt Note: These are vector equations!

Position Time Graphs Physics.

7.5 SKM & PP 1 Systems of Equations. 7.5 SKM & PP 2 Word Problem Basics IDENTIFY your VARIABLES Write a COMPLETE SYSTEM Algebraically SOLVE the SYSTEM.

A passenger train leaves the train depot 2 hours after a freight train left the same depot. The freight train is traveling.

Motion Diagrams. Sometimes we want to look at an object at one point in time – that means its position (x).

One-dimensional motion Chapter 2 Motion in 1-D PHY211 Dr. Aaron Titus Note that all definitions, terms, conclusions, and analysis applies to motion in.

Bloomsburg Women’s Soccer Team Matt Zima. Swales Discourse Community Goals Intercommunication Participation Genre Lexis Expertise.

This is How You Play Defense in Field Lacrosse By Harrison.

Kinematics AP Physics 1. Defining the important variables Kinematics is a way of describing the motion of objects without describing the causes. You can.

Defining the important variables Kinematics is a way of describing the motion of objects without describing the causes. You can describe an object’s motion:

Ch. 4 Review Game Fun in B206! Pick up Study Guide!

Chapter 2 Linear Motion 2.1 Motion Is Relative When we describe something in motion, we are comparing it to something else. For example: A car is driving.

Expressing Future Time. Verb “to be” + going to We’re going to go to San Francisco next week. Maria and Anthony are going to visit their parents in two.

Do Now A car accelerates from 18.5 m/s to 46.1 m/s in 2.47 seconds. 1.Draw a picture. 2.Draw a motion diagram for the car. 3.Determine the acceleration.

1. Carry out the following arithmetic operations:

- Review the concepts of speed and average speed - Investigate acceleration and non- uniform motion - Learn how different types of motion relate to velocity.

A stoplight 20 m to the west turns yellow. Your car is traveling west at 12 m/s. You hit the brakes and decelerate at a rate of 6.0 m/s 2. Your car stops.

MOTION TEXT WORK. HOW DO DISTANCE AND DISPLACEMENT DIFFER? Distance describes how far an object has moved; Displacement includes distance and direction.

INTRO TO DISTANCE, DISPLACEMENT, SPEED, VELOCITY QUIZ REVIEW.

Introduction to motion graphs. Measuring Quantities Scalar __________________________ (number only) Examples Distance (20 meters) Speed (10 m/s) Mass.

Chapter 5 Motion Average Velocity if t 1 = 0, d = v t.

MEASURING MOTION REVIEW CHAPTER 1 SECTION WHAT IS A REFERENCE POINT? A. A moving object B. A point of reference C. A stationary object used to determine.

Kinematics Chapter 2 Conceptual Physics. Kinematics is the study of the motion of objects.

A car starting from rest speeds up to 30 m/s with a constant acceleration over a time of 10 seconds. Then, it travels at 30 m/s for 10 seconds, and finally.

Forces and Motion All forces have a magnitude and direction.

Speed & Following Distance Transportation: Ch. 1, Act. 2.

Accelerated Motion. Changing Velocity In each of the diagrams below, 5 pictures were taken at intervals of 1 second. Can you describe what is going on.

Jeopardy Speed Scientific Method Graphs of Motion Solving Problems Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.

Section 2.1 Describing Motion (cont.)

1) 43 mph to ft/sec 2) 16 days is how many minutes?

Response Time Speed and Following Distance

Sec Acceleration.

FORCE, MOTION AND ENERGY

Here is the graph of a function

Ch. 2 slides Turn-a-round.ppt.

SHARING THE ROADS #1.What is the MAIN topic discussed in chapter 8?

8.1 The Language of Motion Common words used to describe motion:

Earthquakes Chapter 19.

Graph Interpretation and Connections….

Earthquake Waves.

If a 50 kg box has a 200 N force applied to it what is the acceleration?

Chapter 4 Motion.

Chapter 11: Motion Section 1 Part 2- Graphs of Speed

Presentation transcript:

PHYS 101 Knight et al., chapter 2

which x vs. t graph described my motion most closely ?

which v vs. t diagram represents the motion diagram above ?

which x vs. t graph represents the v vs. t graph above ?

soccer problem

time for the first problem: At t = 0s a soccer forward is 15 m from the goal when he hits the ball towards the goal. At t = 0.5s the ball passes the last defender who is 5m in front of the goal. How much time does the goalie have to react?

OK, here’s another one: Alan leaves Los Angeles at 8:00 AM to drive to San Francisco, 400 mi. away. He travels at a steady 50 mph. Beth leaves Los Angeles at 9:00 AM and drives a steady 60 mph. who gets to San Francisco first ? How long does the first to arrive have to wait for the second ?