Physics A First Course Energy and Systems Chapter 6.

Slides:



Advertisements
Similar presentations
Day 20 3/1/11 Topic: 2Dimensional Motion Objective: I can differentiate between the horizontal and vertical components of a projectile. Starter:
Advertisements

Motion in Two and Three Dimensions
Rotational Motion and The Law of Gravity
Chapter 4: Motions in Two and Three Dimensions
Physics A First Course Forces and Motion Chapter 3.
Chapter 8: Motion in Circles
Forces.
Foundations of Physics
Motion Summary.  Vectors & Scalars  Displacement, Velocity, Acceleration  Equations of motion  Relative motion.
1 Chapter 6: Motion in a Plane. 2 Position and Velocity in 2-D Displacement Velocity Average velocity Instantaneous velocity Instantaneous acceleration.
Motion in 2D Chapter 6.
Ch. 7 Forces and Motion in Two Dimensions
In this chapter you will:  Use Newton’s laws and your knowledge of vectors to analyze motion in two dimensions.  Solve problems dealing with projectile.
Kepler’s laws, Gravitational attraction, and projectile motion.
7-3 Circular Motion. As an object travels in uniform circular motion Its tangential speed remains constant The direction of its velocity is constantly.
Conceptual Physics Notes on Chapter 9 CircularMotion.
Unit Project. Today’s Agenda  Opener: What is a Newton?  Unit 1: Sports Project Presentations  Build A Rube GoldBerg  Closure: Identify energy transformations.
Projectile Motion Let’s Go Skydiving! Speed is the distance traveled per unit time. Velocity is an object's speed and direction of motion. Acceleration.
Four Major Types of Two Dimensional Motion 1. Projectile Motion 2. Circular Motion 3. Rotational Motion 4. Periodic Motion.
1) What is a satellite? 2) What does orbit mean? 3) What does Period mean? 4) What does angular velocity mean? 5) If the angular velocity is to remain.
Proportionality between the velocity V and radius r
Chapter 2.2 Objectives and Vocabulary acceleration deceleration Newton's second law Define and calculate acceleration. Explain the relationship between.
Mechanical Rate (a.k.a. Motion)
Dynamics of Uniform Circular Motion Uniform Circular Motion Centripetal Acceleration Centripetal Force Satellites in Circular Orbits Vertical Circular.
Chapter 2 Forces and Motion Dr. Gluck. Forces and Motion Laws of Motion 2.1 Newton's First Law 2.2 Acceleration and Newton's Second Law 2.3 Gravity and.
Unit 3: Motion, Forces, & Energy Chapter 9: Motion & Energy
Chapter 9 Circular Motion. Axis: The straight line about which rotation takes place Rotation: Spin, when an object turns about an internal axis Revolution:
Projectiles Motion in Two Dimensions Chapter 7. Projectile An object launched into the air by a force Trajectory The path followed by a projectile.
Uniform circular motion is the motion of an object traveling at a constant speed on a circular path. Uniform Circular Motion.
Physics A First Course Forces and Motion Chapter 2.
Concept 2: Motions and Forces Analyze relationships between forces and motion. 1. Determine the rate of change of a quantity 2. Analyze the relationships.
Circular Motion. Rotational Quantities A O r  dAdA A point on an object, located a distance r from a fixed axis of rotation, rotates in such a way that.
Projectile Motion The motion of a falling object with air resistance and gravity acting on it.
Chapter 4 Physics A First Course Energy and Systems.
CHAPTER 8: MOTION IN CIRCLES 8.1 Circular Motion 8.2 Centripetal Force 8.3 Universal Gravitation and Orbital Motion.
Circular Motion and the Law of Universal Gravitation.
UNIT TWO: Motion, Force, and Energy  Chapter 4Motion  Chapter 5Force  Chapter 6Newton’s Laws of Motion  Chapter 7 Work and Energy.
Forces and Motion in Two Dimensions Circular Motion.
Essential Questions: 1. How do forces affect the motion of an object?
8.3 Universal Gravitation and Orbital Motion
Circular Motion What are some examples of objects taking a circular path? What force causes those objects to follow that path?
Position Displacmen. Position Displacmen Instantaneous velocity Average velocity Instantaneous velocity (Or velocity) but Example:
AP Physics 1 Review Session 1
Chapter 12 Section 2 Gravity Objectives
Objectives Calculate angular speed in radians per second.
What is Kinematics? Projectile Motion
PROJECTILE MOTION.
8.2 Centripetal Force 1.
Circular Motion Chapter 12.
Forces.
Circular Motion.
10 Projectile Motion Projectile Launched Horizontally
Projectile Motion.
Conceptual Physics 11th Edition
8.1 Circular Motion 1.
Projectile Motion: Student Learning Goals
What causes the path of a projectile to be curved?
Projectile Motion: Student Learning Goals
Chapter 7 Rotational Motion and the Law of Gravity
Section 2 Acceleration p. 324
Motion Section 1: Describing Motion Section 2: Velocity and Momentum
2 Dimensional Motion Or Projectile Motion
Chapter 13 Gravitation In this chapter we will explore the following topics: -Newton’s law of gravitation that describes the attractive.
Chapter 13 Gravitation In this chapter we will explore the following topics: -Newton’s law of gravitation, which describes the attractive force between.
What do you think a “launch” looks like?
Uniform circular motion
Rotational Motion and the Law of Gravity
DO NOW A steel beam is rotated in a horizontal plane to provide the centripetal acceleration for training pilots. If the pilot sits 2.0 m from the center.
Presentation transcript:

Physics A First Course Energy and Systems Chapter 6

Energy and Systems Systems in Motion 6.1 Motion in Two Dimension 6.2 Circular Motion 6.3 Centripetal Force, Gravitation, and Satellites 6.4 Center of Mass

6A Investigation: Projectile Motion Key Question: How do you predict the distance a projectile will travel? *Students read text section 6.1 AFTER Investigation 6A

6A Investigation Topics Launch projectiles. Measure the range of a projectile. Identify the variables that affect the range of a projectile. Determine the range of a projectile launched at a certain angle and launch speed.

Chapter 6.1 Objectives and Vocabulary Define projectile. Recognize the independence of a projectile's horizontal and vertical velocities. Describe the path of a projectile. Calculate a projectile's horizontal and vertical distance or speed. Explain how a projectile's launch angle affects its range. displacement projectile trajectory parabola range

6.1 Motion in two dimensions

6B Investigation: Motion on a Ramp Key Question: How does gravity work on a ramp? *Students read text section 6.2 AFTER Investigation 6B

6B Investigation Topics Measure acceleration. Calculate the steepness of a hill. Analyze motion on a ramp. Calculate speed and acceleration. Graph acceleration. Use Newton's second law to calculate force.

Chapter 6.2 Objectives and Vocabulary Distinguish between rotation and revolution. Calculate angular speed. Explain how angular speed, linear speed, and distance are related. circular motion revolve angular speed linear speed circumference

Chapter 6.3 Objectives and Vocabulary Explain how a centripetal force causes circular motion. List the factors that affect centripetal force. Describe the relationship between gravitational force, mass, and distance. Relate centripetal force to orbital motion. centripetal force centrifugal force law of universal gravitation gravitational constant satellite orbit ellipse

Chapter 6.4 Objectives and Vocabulary Define the center of mass and center of gravity. Explain how to locate an objects center of mass and center of gravity. Use the concept of center of gravity to explain toppling. center of mass center of gravity

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.