Kettering University General Physics Laboratories
There are four introductory educational laboratories used by Applied Physics students at Kettering University. These laboratories provide hands-on application of concepts taught in lecture courses, as well as preparing students by giving them experience using laboratory equipment and developing data collection and analysis skills required for research in Kettering University's various advanced physics laboratories.
For information on one of these laboratories, follow the links below:
Mechanics Laboratory (AB 2-226B)
The Mechanics Laboratory is an educational laboratory which accompanies the lecture course PHYS-110, Physics I: Mechanics. Students spend approximately 2 hours each week performing exercises which illustrate many of the concepts taught in lecture. Laboratory exercises include:
- Measurement, Errors, and Graphing
- Uniformly Accelerated Motion in 1-D
- Uniformly Accelerated Motion in 2-D
- Static Equilibrium and Vector Addition
- Newton's Second Law
- Circular Motion
- Work and Energy
- Collisions
- Ballistic Pendulum
- Equilibrium of a Rigid Body
- Moment of Inertia
One of the highlights of this introductory laboratory is the use of the
World-in-Motion video motion analysis software package. This software allows students to make a short video of a moving system, download the video to an AVI movie on the computer, and analyze the physical motion of the system. The software enables students to make plots of displacement, velocity, acceleration, force, momentum, kinetic and potential energies, and custom plots for further analysis.
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Electricity & Magnetism Laboratory (AB 2-601)
The Electricity & Magnetism Laboratory is an educational laboratory which accompanies the lecture course PHYS-220, Physics II: Electricity & Magnetism. Students spend approximately 2 hours each week performing exercises which illustrate many of the concepts taught in lecture. Laboratory exercises include:
- Coulomb's Law
- Electric Field for Parallel Plates
- Electric Field for Concentric Cylinders
- Gauss' Law and Instrumentation
- Parallel Plate Capacitors
- Resistance
- Resistors in Series and Parallel
- Charge to Mass Ratio of the Electron
- Current Balance
- Solenoids and Faraday's Law
In this laboratory students are exposed to the use of voltmeters, ammeters, oscilloscopes, power supplies, and other electrical equipment used to measure electric and magnetic phenomena.
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Waves Laboratory (AB 2-617)
The Waves Laboratory is an educational laboratory which accompanies the lecture course PHYS-220, Physics III: Waves. Students spend approximately 2 hours each week performing exercises which illustrate and expand upon some of the concepts taught in lecture. Laboratory exercises include:
- Simple Harmonic Motion
- The Simple Pendulum
- Standing Waves on a Wire
- Resonance Tube
- Optical Ray Tracing
- Lenses
- Mirrors and Multiple Lens Systems
- Thin Film Interference: Newton's Rings
- Michelson Interferometer
- Single and Double Slit Diffraction
- Atomic Spectra of Hydrogen
In this laboratory students gain familiarity with fundamental phenomena of waves, including the vibratory motion of mass-spring systems, pendula, standing wave patterns on strings and in tubes, ray tracing and the optical behavior of lenses and mirrors, and interference effects of light waves.
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Modern Physics Laboratory (AB 2-617B)
The Modern Physics Laboratory is an educational laboratory which accompanies the lecture course PHYS-360, Modern Physics. Students spend approximately 2 hours each week performing exercises which illustrate and expand upon some of the concepts taught in lecture. Laboratory exercises include:
- Speed of Light
- Photoelectric Effect
- Frank-Hertz Experiment
- Rydberg's Constant - Atomic Line Spectroscopy
- Mr. SQUID - Critical Current and Flux
- Mr. SQUID - Transition Temperature Measurement
- Band Gap of LED
- Electron Diffraction
- Mass Absorption Coefficient and Half Life Time
- Structure Determination by X-ray Diffraction
- Millikan Oil Drop
- Measurement of e/m for Electrons
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