Experiments - All Classes

Class	Name

PHY 100 & 103	Newton's 2nd Law - Atwood Machine
PHY 100 & 103	Restoring Forces & Spring Constant (F=-kx), Vibrations (cycle, per
PHY 100 & 103	Density and Buoyancy
PHY 100 & 103	Pressure in Gases - Boyle's Law, PV=C
PHY 100 & 103	Reflection and Refraction
PHY 100 & 103	DC Circuits I, II, & III
PHY 100 & 103	Speed of Sound (resonance, standing waves, wavelength, interferenc
PHY 100 & 103	Measurement
PHY 100 & 103	Torque Forces - Balancing and Equilibrium
PHY 100 & 103	Hooke's Law/Spring Constant
PHY 100 & 103	Pressure in Liquids - Blood Pressure
PHY 100 & 103	Simple Pendulum
PHY 100 & 103	Inclined Plane
PHY 100 & 103	Force Tables
PHY 100 & 103	Work: Comparison and Relationship between Different Energies
PHY 100 & 103	Buoyancy in Air
PHY 100 & 103	Acceleration in Freefall / Change in Speed Due to Gravity
PHY 100 & 103	Specific Heat Capacity
PHY 100 & 103	Heating Curve of Water
PHY 100 & 103	Adjustable Inclined Plane
PHY 100 & 103	Work and Power: Staircase
PHY 100 & 103	Density
PHY 200 & 230	Centripetal Force (Tube)
PHY 200 & 230	Design Inclined Plane and Projectile Motion
PHY 200 & 230	Buoyancy in Air
PHY 200 & 230	Boyle's Law
PHY 200 & 230	Speed of Sound
PHY 200 & 230	Centripetal Force (CENCO)
PHY 200 & 230	Simple Harmonic Motion - Mass on a Spring
PHY 200 & 230	Density
PHY 200 & 230	Measurement Techniques
PHY 200 & 230	Uniformly Accelerated Motion on an Inclined Plane
PHY 200 & 230	Addition of Vectors: Force Tables
PHY 200 & 230	Acceleration in Freefall: Spark Tape
PHY 200 & 230	Specific Heat Capacity and Heat of Fusion
PHY 200 & 230	Newton's 2nd Law on the Atwood Machine
PHY 200 & 230	Ballistic Pendulum/Projectile Motion
PHY 200 & 230	Conservation of Spring and Gravitational Potential Energy
PHY 200 & 230	Pendulum - Simple Harmonic Motion
PHY 200 & 230	Heating Curve of Water
PHY 200 & 230	Torques and Rotational Equilibrium
PHY 200 & 230	Specific Heat of Metals
PHY 200 & 230	Rotational Inertia
PHY 200 & 230	Buoyancy in Water
PHY 200 & 230	Coefficient of Friction
PHY 201 & 231	RC Time Constant
PHY 201 & 231	Reflection & Refraction
PHY 201 & 231	Voltmeters and Ammeters
PHY 201 & 231	Alternating-Current LR Circuits
PHY 201 & 231	Equipotentials and Electric Fields
PHY 201 & 231	Electrical Resistance & Ohm's Law
PHY 201 & 231	Kirchhoff
PHY 201 & 231	Magnetic Fields and Permanent Magnets
PHY 201 & 231	Focal Length of Lenses
PHY 201 & 231	The Tangent Galvanometer
PHY 201 & 231	Alternating-Current RC and LCR Circuits
PHY 201 & 231	Oscilloscope Measurements
PHY 201 & 231	Electrostatic Observations
PHY 201 & 231	Diffraction Gratings - The Wavelength of Light
PHY 201 & 231	Nuclear Counting
PHY210	Electric Circuits I
PHY210	Electric Circuits II
PHY210	Velocity and Acceleration
PHY210	Force and Acceleration
PHY210	Electric Circuits IV
PHY210	Electric Circuits III
PHY210	Optics: Plane Mirrors
PHY210	Optics: Focal Lengths
PHY370	The Electron Charge-to-Mass Ratio e/m
PHY370	Frank-Hertz
PHY370	Photoelectric effect
PHY370	Milikan oil drop experiment
PHY370	Solid state determination of electron charge
PHY370	Hall Effect
PHY370	Hydrogen Balmer Series