Modern Physics Teacher Resources

Find Modern Physics educational ideas and activities

Showing 1 - 20 of 42 resources
As you work through Madeleine L'Engle's A Wrinkle in Time, try out some or all of the 20 questions and activities included here. Useful for discussion questions, group assignments, or individual projects, this resource covers plot as well as big ideas. Class members are asked to comment on the text, analyze characters, play with language, make connections to history, compose their own fiction, and more.
A simple, single page assignment asks wave masters to record the wavelength of the x-rays coming from a powder diffractometer and perform calculations with it. Equations, energy level diagrams, and a periodic table are all included. Obviously you would need to have the lab instrument to fully carry out this activity with your class. If one is not available, you could simply assign x-ray wavelengths to your class to practice with. Relevant, but not as fun.
In this chemistry worksheet, students answer 73 fill in the blanks and multiple choice questions on the structure of matter and properties of elements in the periodic table.
To wrap up your year of general chemistry, have lab groups compete in a tot wire chemical vapor deposition (HWCVD) competition. With their foundation in chemical nomenclature, stoichiometry, and gas laws, each group completes several tasks to earn points. Tasks include building and diagramming molecular models, calculating molar masses, researching HWCDV on silane, and preparing a presentation. Both the student handouts and teacher's resources are user-friendly. This instructional activity is top-notch!
The stage is set for you to guide future physicists through three forceful activities about motion. In the first, learners experiment with rolling carts to discover how objects interact. In the second, they inspect images of an object in motion and graph the average speed over time to find the acceleration. Finally, they design and calibrate an inertial balance that could be used to measure weight in outer space. These challenges are followed by your selection of assessments. 
Young scholars explore Italian politics and warfare of the High Renaissance. They explain the effects of the Protestant Reformation and the Counter Reformation.
Students participate in a warm-up activity by attending a football match writing an account of who won the game. They discuss how their account could differ from someone else's account of the game. They discuss how different people's interpretations compares to historiography. They read three different accounts about Boyle and answer questions about their similarities and differences. They follow up with studying Newton and comparing him to Boyle.
Students investigate the structure of the atom and its composition. In this atom structure lesson, students find the area of cut out circles and drop pens into the circles. They count the number of marks in the circles and relate their results to Rutherford's experiment. Students discuss the subatomic particles of the atom and using a handout of the periodic table they construct a model of a magnesium atom using toothpicks and gumdrops.
Young scholars explore how compass and Gauss meter detect a magnetic field. In this physics lesson, students build their own Gauss meter and sensor based on given procedure. They cite real world applications of magnetism.
Fourth graders conduct a mock trial to determine if light is a wave, a particle or a combination of both.
Students create a painting that clearly exemplifies the use of primary pigments to make secondary pigments. They demonstrate the distinction between value and saturation. They explain the affect of adjacent colors on each other and discuss Wright's use of color in The Blacksmith's Shop.
In this entropy worksheet, students review the formulas associated with entropy and the Carnot cycle. Students calculate the answers to 5 entropy problems.
Students identify the parts of a human eye.  In this eye lesson students compare a human eye to the lenses of a camera and explain what a hologram is.
Seventh graders design, construct, refine, and test cars that they build on the computer screen. They find the density of several objects using the techniques used to find volume. They measure various common objects to become more familiar with their dimensions in metric units.
Students observe the difference in illumination for a given set of bulbs when placed in series and in parallel circuits. They also calculate the IR drop across a network of resistances in series and parallel.
Students explore different machines and the components that encompass the science of physics.  For this physics lesson students explore how things move.
Learners construct a model of the atom for any element.
Students study the discovery of the electron and how it led to other inventions and discoveries concerning electrical current. They observe several demonstrations concerning electricity. In one activity, they determine whether or not a galvanometer is a reliable lie detector test.
Students compare and contrast the Big Bang Theory and the Cyclic Universe Model. They explain basic properties of the univers which make life possible. They evaluate ideas about the origin of the universe as to their scientific value.
Students use a quotation from Einstein as a reference to categorize their descriptions as either Newtonian or Aristotelian. They discuss the idealized nature of the Newtonian approach. Students describe the events they observe when an object is dropped.

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