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Simple Machines and Mechanical Advantage
In this machines worksheet, students review the six simple machines and how to calculate mechanical advantage. Students complete 8 matching, 16 fill in the blank, and 6 problems to solve.
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Airplanes
Fourth graders experiment with gravity and lift by building paper airplanes. In this physics lesson, 4th graders compare the falling rate of a crumpled vs. flat sheet of paper. Then after class discussion and demonstration of Bernoulli's...
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Actual Airflow vs. Ideal Airflow: Stalls
Students use 3-D modeling techniques to observe the characteristic signature of the stall condition apparent on an airfoil at high angles of attack. They use FoilSim to compare the above with ideal airflow.
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(S-1B) Global Climate, Global Wind Flow
Learners discuss how the horizontal transport of heat from equatorial regions polewards drives global wind systems.
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"Go-Car" Lab
Students construct a car based on directions given. In this physics instructional activity, students calculate average speed using distance and time information. They collect data and create a graph of distance vs. time.
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Auburn Cord Dusenberg Field Trip
Fifth graders compare two different vehicles and determine why the cars are designed differently. They write four facts learned from the field trip in their science journals including a fact about how force affects the performance of the...
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Newton's Law Vocabulary
In this Isaac Newton worksheet, learners analyze ten words in a word box that pertain to Newton's Law. Students match these words to their definitions.
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PHYSICS OF FLIGHT
Ninth graders study the basic principles of flight, including the Bernoulli Principle and Newton's Laws. They construct and study model aircraft
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Mini-labs on Newton's Laws
Students are divided into 6 groups with each group rotating to a different lab. The labs can be run over the course of a few days; or spread out for a longer period of time.
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What To Do After The Hands-Are-On
Students perform various demonstrations for each of Newton's Laws, collect data, and write a conclusion for each.
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The Spin Doctor Is In
Students are introduced to rotational inertia with some example of objects that rotates: Throw a Frisbee acroos the field and it rotates as it moves. The same is true for a baseball and a football. The two motions, translational and...
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Wright Flight
Students explain and explain the interactive relationships between forces of lift and gravity, thrust and drag, as they apply to airplanes in motion. They know that Orville and Wilbur Wright flew the first airplane based on these...
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Big Wheels Keep on Turning
Eleventh graders work in groups and investigate how force determines the speed and distance then they view the video, "Math Vantage #7: What's Your Angle?." They are given a real life problem to solve using speed, ramps, angle, incline...
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Investigation of Hooke's Law Lab
Students determine the spring constant by conducting an investigation. In this physics lesson, students collect data and create a graph of force vs. displacement. They compare the results of two different methods to find spring constant.
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Phases of Matter
Learners describe the motion of solids, liquids and gases. For this chemistry lesson, students describe how temperature affect motion of the particles. They determine the physical properties of each phase.
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Aircraft Trajectory Problem Set
Students, after reading an explanation from a NASA Web-based textbook, demonstrate an understanding of the text by applying it to the calculation of speed, distance, acceleration, and time in simple aircraft motion.
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Soaring With Air Power
Fourth graders view a Newton's Apple show that explores glider mechanics, explore the four forces, build and fly a glider to specific guidelines. They adjust the glider for greater accuracy and distance using four forces, and assess...
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The Unit Circle
Students relate the trigonometric functions to the coordinates of the unit circle. They classify trigonometric functions as odd or even. Students determine the signs of trigonometric functions in each quadrant. They are explained that...
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TE Activity: Build Your Own Mobile
Students inquire into how the center of mass is the key factor in designing cars. They construct an oddly shaped object and determine its center of mass. They find that engineers are able to predict how objects will behave while they are...
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Bungee Man Lab
Young scholars explore the motion of a toy bungee jumper using the scientific method. They view a video of a bungee jumper and discuss what can be measured about a bungee jump. Students discuss the scientific mehtod and how to design an...
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F = Ma, Inertia, And Action-reaction
Fourth graders investigate Newton's Second and Third Laws of Motion. They determine what makes objects harder or easier to push. While investigating they determine how applying force in order balance out gravity allows things to stay...
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Friction and Machines
Fifth graders experimentally determine the relationship of friction to the functioning of machines. They demonstrate that rollers can decrease frictional force and increase speed and research to discover other ways that friction can be...
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Rocket Pinwheel
Students observe a balloon-powered pinwheel to study the principles of rocketry. They study Newton's Third Law of Motion.
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Parachutes: Is it Surface Area or Shape?
Learners investigate how to make a good parachute. For this physics lesson, students observe the motion of parachutes as it falls and measure the time. They collect data and calculate the average descent time for each canopy shape.
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