Curated OER
Total Distance versus Displacement
Twelfth graders differentiate between total distance and displacement. In this calculus instructional activity, 12th graders rewrite word problems using calculus terminology and solve for distance in miles per hour. They analyze and...
Curated OER
Summary of Organic Reaction Mechanisms Needed for AS Chemistry
Advanced chemistry courses typically cover organic reactions. On this reference sheet, the five types of organic reaction mechanisms are explained and an example is shown. For each, there is also a diagram of the chemical reaction that...
Center for Innovation in Mathematics Teaching
Vectors
Investigate vectors and learn how to use them. Explore why size and direction, as well as knowing speed and distance, are important components of the vector problems you are trying to solve. This is an extensive lesson which includes six...
Curated OER
Unit VII: Energy: Worksheet 2 Hooke's Law
Physic starters spring into energy with a problem-solving worksheet. They work with graphs, apply Hooke's law, draw force diagrams, and solve for distance, force, or mass in spring systems. There are seven problems in all.
Teach Engineering
Floaters and Sinkers
Whatever floats your boat. Young engineers learn about density by measuring the masses and volumes of boxes filled with different materials. Using their knowledge of densities, they hypothesize whether objects with given densities will...
DiscoverE
Foil Boats
How many pennies can an aluminum foil boat hold? That is the challenge in a collaborative activity designed to explore the concept of buoyancy. Learners use aluminum foil to build makeshift boats and test the weight they hold before...
Teach Engineering
Density Column Lab - Part 1
Mass and density — aren't they the same thing? This activity has groups use balance beams and water displacement to measure several objects. The pupils use the measurements to calculate the density of the objects.
Bowels Physics
Methods of Motion
How could you earn a $6,000,000 speeding ticket? This presentation uses an analogy that relates speed in the universe to the cost of a speeding ticket. Scholars ultimately understand that motion is relative. Also covered is the concept...
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...
College Board
2018 AP® Physics 2: Algebra-Based Free-Response Questions
While the AP Physics 2 test maintains the reputation for one of the most difficult AP exams, scholars feel better prepared after practicing free-response questions on currents, conservation of energy, and displacement. The College Board...
Global Oneness Project
On the Verge of Displacement
By having scholars tackle this interdisciplinary lesson, they'll see how social studies and environmental science are related as they explore the impact that the construction of a dam will have on the population and ecosystem of the Omo...
Curated OER
Float and Sink
In this float or sink worksheet, 8th graders solve 1 science/math puzzle about displacement of water; the answer is available online.
Curated OER
The Stone Boat Mystery
Students design and execute a lab through which they study the distinctions between density, buoyancy, and volume.
Curated OER
Motion Basics
Quiz those kids to assess what they've gleaned from your last lesson on Newton's laws of motion. There are 10 questions that have learners define force, acceleration, velocity, and speed. A bonus question has them write a motion story...
Curated OER
Interpreting Position vs. Time Graphs (Still Pretty Basic Stuff)
This is an interactive physics slide show that quizzes viewers about position versus time. It is set up as a series of 10 questions to answer: a graph with a questions slide followed by an answer slide. This is terrific practice in graph...
Curated OER
Unit II: Worksheet 1 - Velocity
Beginning physics scholars interpret two graphs depicting position versus time. For each graph, there is a series of questions to answer. The exercise is basic, but beneficial. Consider using it as an assessment of understanding after...
Curated OER
Unit II: Worksheet 3 - Velocity
Future engineers analyze the motion of Robin, the roller skater, as he moves along a sidewalk. They graph the position versus time for three different occurrences. Questions are asked about the resulting graphs, reinforcing the concepts...
Curated OER
Unit II: Worksheet 5 - Velocity and Motion Maps
A chart with eight rows makes up this handout. The columns are labeled with two graphs ("x vs. t" and "v vs. t"), a written description, and a motion map. One cell in each row is filled in, leaving the rest for your class to complete....
It's About Time
Atoms and Their Masses
Are atoms too small to be isolated? Answer this question and more as you provide young chemists with the tools to conduct a hands-on activity demonstrating atomic mass. Pupils explore the mass of copper and aluminum, compare Dalton's...
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...
Curated OER
Concrete Canoes
Students explore and analyze the relationship of buoyancy and displacement needed to make an object float. They examine various boat designs, then design and build clay and aluminum boats that hold a cargo of marbles.
Curated OER
Volume
In this volume lab worksheet, students are guided through an experiment to determine volume of a liquid. Students determine water displacement. Students use a formula to calculate volume of a solid figure.
Curated OER
Buoyancy
In this buoyancy instructional activity, students match the definitions given to the 6 terms associated with buoyancy, displacement, and Archimedes' principle.
Curated OER
Velocity and Acceleration
In this velocity and acceleration worksheet, students determine the distance walked and the displacement of a person who walks 15 m west and 20 m east. Then they determine the resultant velocity of a bicyclist who rides 10 km/h west and...
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