"Curriculum"

Use the ideal gas law to determine the ambient pressure in the room.

Measure the acceleration due to gravity three different ways.

Analyze the diffraction pattern of hydrogen and determine the Rydberg constant, R.

Explore the carbon cycle by simulating the production of carbon dioxide due to microorganisms in soil.

Optimize the distribution of weights on a wheel, then determine g using a rotational apparatus.

Simulate ocean acidification by introducing carbon dioxide into water and measuring pH over time.

Study rays refracting through various transparent media, then determine the focal length of a lens.

Explore resistance in series and parallel circuits.

Use a clever apparatus to determine the coefficients of thermal conductivity of three materials.

Use a calorimetric technique to determine the temperature of a Bunsen burner flame.

Measure the oxygen created by an aquatic plant under different conditions to determine its NPP.

Explore the factors that create an EMF in the interaction of a magnetic field and coil of wire.

Create maps of equipotential lines and the electric fields that exist between two charged surfaces.

Explore a standing wave on a string and determine the linear mass density of the string.

Study rays reflecting off plane and curved mirrors, determine the focal length of a curved mirror.

Determine the spring constant of a spring-powered launcher by analyzing the work done on a system.