Curated OER
Vectors: How Much Force Can You Apply
This lesson entails the viewing of two videos to get an overview of force and its application. The lesson covers how vectors use force in real-world situations.
Physics Classroom
As the Crow Flies Lab
A simple, yet memorable, way of practicing with displacement vectors is described here. Divide your class into groups and assign each a different landmark on campus. They measure smaller legs of the path from the classroom to their...
Urbana School District
Energy, Work, Simple Machines
The tension of the 236 strings in a grand piano exert a combined force of 20 tons on the cast iron frame. The presentation includes topics such as work, forms of energy, conservation of energy, gravitational and elastic potential energy,...
Physics Classroom
Position-Time Graphs
Three sections review the key skills covered in a series on dimensional kinematics. The first covers the difference between distance and displacement. The second addresses the relationship between velocity and slope. The third includes...
National Council of Teachers of Mathematics
Varying Motion
For this secondary mathematics learning exercise, high schoolers collect data based on a person’s motion. From this data, students create graphs comparing displacement, velocity, and acceleration to time. The five-page learning exercise...
Curated OER
Energy, Work and Power
In this energy, work and power learning exercise, learners solve 12 problems about circuits, electric motors, Ohm's Law and electric currents.
Curated OER
Study of Projectile Motion using Straw Rockets
High schoolers design and launch their own rockets. In this experimental lesson students launch their own rockets and record the various angles and distance that they go. Each student has time to redesign their rocket and...
Curated OER
Motion
For this motion worksheet, students will read 8 statements about displacement and velocity and determine if the statement is true or false. Then students will fill in the blank for 8 statements on motion. Finally, students will compare...
Evergreen State College
Physics: Motion
My acceleration is downward at 9.8 meters per second squared. That means I'm falling for this physics of motion instructional activity. Once motion has been covered in class, give a instructional activity that offers multiple...
Curated OER
Total Distance versus Displacement
Twelfth graders differentiate between total distance and displacement. In this calculus lesson, 12th graders rewrite word problems using calculus terminology and solve for distance in miles per hour. They analyze and solve word...
Alabama Learning Exchange
Energy and Work Amusement Park Style
Students distinguish between kinetic and potential energy. They recognize that energy can change from one form to other forms. They identify and describe several forms of energy.
Curated OER
Distance, Velocity, and Acceleration
Students engage in a lesson that is concerned with the measurement of distance, velocity, and acceleration with the use of derivatives. They follow examples given in the lesson to compute the velocity and acceleration for a displacement...
Urbana School District
Vectors
I don't always make vector jokes, but when I do, IJK. Vector addition using multiple methods, scalar multiplication, vector subtraction, vector components, relative velocities, free body diagrams, and so much more Are covered in this...
Flipping Physics
AP Physics 1: Kinematics Review
Test takers stressing out over the upcoming exam? Help them prepare for the AP Physics i exam with this fast-paced video that includes a complete guide to everything related to kinematics. Also included are some common errors...
K5 Learning
Why Does the Ocean have Waves?
Six short answer questions challenge scholars to show what they know after reading an informational text that examines waves—what they are, what causes them, and how different Earth factors affect their size and strength.
Curated OER
Time and Motion on Track
Learners create a motion diagram for a distance and motion project. In this time and motion lesson, students take turns walking around the track and take pictures of their motion. Learners measure the distances and determine...
Curated OER
Describing Motion-Speed
Students study speed and learn how to calculate it. In this investigative lesson students participate in an activity that shows them how to calculate speed then they fill out a worksheet.
Curated OER
Numerical Analysis: Introduction to Root Finding
In this introduction to root finding instructional activity, students write equations to solve distance problems. They explore the bisection method of Bolzano. This four-page instructional activity contains approximately ten problems.
Curated OER
I Feel The Need For Speed
Students are introduced to the concepts of speed, velocity, acceleration and inertia. In groups, they use the internet to research rollercoasters found in the United States and calculate their acceleration rates. They use the...
Curated OER
Linear Motion 2
For this linear motion worksheet, students answer 12 questions about displacement, velocity, and acceleration. They solve problems for acceleration, displacement and velocity and show the equations they used to find the solutions. They...
Curated OER
Physics 240:10
In this physics 240:10 worksheet, learners calculate the speed and distance as presented in the given word problems. Students apply their understanding of Hooke's law to answer the questions provided.
Curated OER
Wave Terms and Concepts
For this waves worksheet, learners define 23 vocabulary words associated with the different types of waves and how waves are measured. Students complete 23 matching terms with definitions and draw the superposition of two waves shown.
Curated OER
Vectors
Students differentiate distance and displacement. In this physics lesson, students use formulas to calculate for displacement. They draw vectors using the grid.
Curated OER
Marble Madness
Young scholars determine the velocity of a marble rolling down the incline. In this physics instructional activity, students identify the independent and dependent variables in the experiment. They construct and analyze a graph.