"Curriculum"

Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

Observe how charges affect one another and propose an explanation in terms of charge distribution.

Measure the wavelength and threshold voltage of an LED and calculate Planck’s constant.

Analyze the displacement of an object with constant velocity and an object that is accelerating.

Determine the spring constant of a spring using two methods.

Explore precision and error in measurement.

Use Bernoulli’s Principle to predict the landing spot of a stream of water leaking from a bucket.

Measure the static and kinetic friction between two surfaces using direct and indirect methods.

Explore charging by induction and discover how a Leyden jar stores electric charges.

Determine the internal resistance of a battery, and find an unknown resistor in a complex circuit.

Explore the diffraction patterns from different gratings, then determine the width of a single hair.

Determine the speed of a toy dart by analyzing the results of different inelastic collisions.

Determine the coefficient of friction by measuring the minimum angle to keep a ladder from slipping.

Find the spring constant of a projectile launcher using the potential energy of its projectile.

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

Measure the acceleration due to gravity three different ways.