Stay tuned as this website is under construction.
This section pertains to information for tech staff for how to set up each experiment.
Course files include lab manuals, Excel templates, and Capstone templates.
To conduct data collection and data analysis, it will be necessary to use the Capstone software (Pasco) for some of our labs.
This section will include instructional briefings for instructional our TAs as well as provide opportunities for observations to be shared.
A portal designated to collect feedback on our labs and encourage critical pedagogy
Acceleration due to gravity (Precise)
Acceleration due to gravity (Imprecise)
Vectors
Projectile Motion
Newton's Second Law
Friction
Rotational Motion
Conservation of Momentum
Ideal Gas Law
Specific Heat of Solids
Buoyancy
Charge
Electricity Generation
Equipotential Mapping
Basic DC Electrical Circuits
Magnetic Force on a Current
Simple Harmonic Oscillation
Introduction to Waves
Resonance
Physical Optics
Reflection and Refraction
Lenses
Radioactivity
Hydrogen Spectroscopy
Units, Uncertainty and Gravity
Vectors
Projectile Motion
Newton's Second Law
Friction
Conservation of Momentum
Collisions
Rotational Mechanics
Physics 40LB
Buoyancy
Simple Harmonic Oscillation
The Pendulum
Introduction to Waves
Resonance
Ideal Gas Law
Specific Heat of Solids
The Heat Engine
Physics 40LC
Electrostatics
Electricity Generation
Equipotential Mapping
Capacitors
DC Electric Circuits
Neuronal Circuitry
Magnetic Force on a Current
Self Inductance & AC Circuits
Physics 41LA
Physics 41LB
Physics 41LC
Enclosed are all set up guides pertaining to lower-division labs
PHYS 2LA
PHYS 2LB
PHYS 2LC
PHYS 2LA
PHYS 2LB
PHYS 2LC
PHYS 40LA
PHYS 40LB
PHYS 40LC
PHYS 41LA
PHYS 41LB
PHYS 41LC
PHYS 40LA
PHYS 40LB
PHYS 40LC
PHYS 41LA
PHYS 41LB
PHYS 41LC
PHYS 2LA
PHYS 2LB
PHYS 2LC
PHYS 40LA
PHYS 40LB
PHYS 40LC
PHYS 41LA
PHYS 41LB
PHYS 41LC