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Use a diffraction grating and a pair of meter sticks to create a spectrometer. Calibrate the spectrometer using the known wavelengths of Hydrogen (marking their position with a laser line for measurement). Then measure the position of Hydrogen's spectra to calculate their wavelength. From there, you can calculate the Rydberg constant.

With a desk lamp for a source, investigate the effect of polarizers on light intensity.

With an LED source, investigate the effect of polarizers on intensity.

Using a polarized filter to cut the intensity of reflections off the surface of water.

Measuring index of refraction using the critical angle from total internal reflection.

Verifying the law of reflection.

Using Snell's Law to measure the index of refraction of a lens.

Looking at the effect of rotating a mirror on the reflected beam.

Brief overview of the equipment for determining the lumens per Watt of an incandescent bulb.

Brief overview of the equipment for looking at efficiency as a function of applied voltage for an incandescent light bulb.

Overview of the procedure for the Work and Energy lab.

Brief overview of the procedure for one run of the torsional spring for the linear dynamics lab.

Leveling an air track by making sure a cart stays at rest in the middle of the track

Adding an equal amount of mass to each side of an air track cart; and holding the mass in place with nuts on a threaded rod.

Timing Runs for Measurement and Uncertainty Lab

LabQuest Mode

Photoelectric effect - line align

Photoelectric effect - measuring stopping voltages

Photoelectric effect - aligning optics

Rotating a mirror and observing the effect on reflected light

Verifying the Law of Reflection

Measuring the Critical Angle

Refraction through an acrylic disk

Looking at the functional reflective surface of the mirror

Simple coil motor

Hand crank AC generator

Transformer with iron and aluminum

Investigation of coil motor

Transformer AC