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Labs for PH352/354 Physics
 
Mechanics
A01 Motion with a Sonic Ranger
A02 Constant Acceleration in One Direction
A03 Free Fall Acceleration
A03alt Acceleration of Basketball
A04v Trajectories on the Air Table
A05 Acceleration with a Picket Fence
A06 Newton's Second Law
A07 Kinetic and Static Friction
  Instructions for the Vertical Accelerometer
  Instructions for the Horizontal Accelerometer
A08a The Vertical Accelerometer on Swings
A08b The Horizontal Accelerometer on Merry-Go-Round
A08c The Vertical Accelerometer on the Bryan Elevators
A08d Horizontal and Vertical Distance Measurements
A08e The Horizontal Accelerometer
A09 Circular Motion at the State Fair (Data record / Report template)
A10 A Conserved Quantity in Completely Inelastic Collisions
A11 Center of mass Before and After a Collision
A12v

Conservation of Linear Momentum and Kinetic Energy in an Elastic Collision

A13 Kinetic and Potential Energy of a Pendulum
A14 Elastic Collisions in One Dimension
A16 Orbits of Satellites (prelab)
CMB Center of Mass of Balanced Objects
Electricity & Magnetism
D01 Static Electricity
  Electrophorus Activity
D02 The Oscilloscope
D03 Batteries, Bulbs, and Capacitors
D04 Simple Electric Circuits, Resistance, and Ohm's Law
D05 The Resistance of Light Bulbs
D06 Combinations of Resistances
D07 Currents and Voltage Drops in Series and Parallel Circuits
  Circuit Puzzle Boxes: an optional activity
D08 Magnetic Field Lines
D09 Current as a Source of Magnetic Fields
D10 Simple Motors and Generators
D10 A Genecon
Nuclear
E01 Statistics of Radioactive Decay
E02 Factors that Affect the Detection Rate of a Geiger Counter
E03 The Number of Atoms in a Radioactive Source
Waves and Sound
C02 Simple Harmonic Motion
C03 Pulses on a Long Spring
C04 Standing Waves on a Helical Spring
C06 Sound with the Computer and Oscilloscope
C08 Musical Instruments: Harmonics and Wave Shapes