Physics Target 00 - 01 I can write lab reports using a style appropriate for science.
Physics Target 00 - 03 I can analyze and interpret data and mathematical relationships.
Physics Target 01 - 01 I can use math and graphs to describe motion.
Objectives (I can statements):
1.1 Explain the idea that motion is relative.
1.2 Define speed and distinguish between instantaneous speed and average speed
1.3 Distinguish between speed and velocity, and describe how to tell whether a velocity is changing.
1.4 Define acceleration and give examples of its units. Interpret and calculate problems relating Vi, vf, d, a, t.
1.5 Describe the motion of an object in free fall.
1.6 Describe the motion of an object thrown straight up and allowed to fall until it hits the ground.
1.7 Determine the speed and the distance fallen at any time after an object is dropped from rest, when air resistance is negligible.
1.8 Classify, measure, and graph motion. Explain how graphs can be used to describe relationships among time, distance and speed.
1.9 Describe how air resistance affects the motion of falling objects
1.10 Explain why acceleration is a rate of a rate.
Mechanical Universe: #1 What is Free Fall, What is not Free Fall
Mechanical Universe: #2 Law of Falling Bodies
Physics Lab: Graph Matching: Position, Velocity, Acceleration vs. Time (Vernier Computer 1 Modified)
Physics Lab: Back and Forth Motion (Vernier Computer 2)
Physics Lab: Cart on a Ramp (Vernier Computer 3)
Physics Lab: Determining g on an Incline (Vernier Computer 4)
Physics Lab: Picket Fence Free Fall (Vernier Computer 5)
Physics Lab: Determining Hang Time
Motion Graphing - Stickman Physics
PhET Simulation: The Moving Man
The Physics Classroom - 1-D Kinematics Tutorial
Lesson 1 Describing Motion with Words
Lesson 2 Describing Motion with Diagrams
Lesson 3 Describing Motion with Position vs. Time Graphs
Lesson 4 Describing Motion with Velocity vs. Time Graphs
Lesson 5 Free Fall and the Acceleration of Gravity
Lesson 6 Describing Motion with Equations
The Physics Classroom - 1-D Kinematics Interactives
Name That Motion
Match That Graph
Graph That Motion
Graphs and Ramps
Two Stage Rocket
Accelerometer
Distance vs. Displacement
Vector Walk
The Physics Classroom - Review Session Questions for 1-D Kinematics Review
Motion Graphs Tutorial - Oswego University
Hyper Physics Comparing Motion Graphs
Crash Course Physics - #1 Motion in a Straight Line
Virtual Lab: Annenberg Learner - Falling Objects
Simulations Comparing Graphs for Position, Velocity, and Acceleration
Physics Unit 3 CAPM Packet 2012
Unit 2 Motion and Speed
Bozeman Science: Position, Velocity, and Acceleration
Bozeman Science: Speed, Velocity, and Acceleration
Unit 4 Describing Motion - MIT.edu
Module 1: Position, Displacement, Distance, and Coordinate Systems
Module 2: Velocity, Speed, and Models in Mechanics
Module 3: Velocity and Acceleration
Module 4: Graphing Motion and Acceleration vs. Deceleration
Khan Academy - One Dimensional Motion
Physlet Physics - One Dimensional Kinematics
A+ Physics
Kinematics - Horizontal Kinematics
Papapodcast
Extra Problems on Average Speed and Average Velocity - Scott Secrest
Pearson Company Conceptual Physics Home Page - Linear Motion
Use web code csd-1020
Hewitt Drew It!