Spencer Bollettieri
7/1/2014
Lab 3: Resistivity
Objective: To confirm the relationships between R=pL/A and observe the mechanics behind them
Principles:
As previously mentioned the purpose of this exp
Spencer Bollettieri
6/29/2014
Lab 1: Equipotential Lines & Electric Fields
Objective: To map out and examine the equipotential lines of multiple charges on a 2-dimensional plane
Principles: For those
Spencer Bollettieri
7/10/2014
Lab 9: Focal Length of a Converging Lens
Objective: Observe patterns in the projection of light and images and to establish a theoretical method
to predict these patterns
Spencer Bollettieri
7/1/2014
Lab 4: Resistors & Capacitors in Series/Parallel
Objective: To measure capacitors in series and capacitors and confirm the validity of the equations listed
in the principl
Spencer Bollettieri
7/1/2014
Lab 6: AC Currents
Objective: To measure, graph and document AC currents and confirm a series of formulas used to
predict various patterns and relationships
Principles:
An
Spencer Bollettieri
7/10/2014
Lab 7: Reflection and Refraction
Objective: To observe Snells law and the second law of reflection to establish a method for
mathematically expressing these concepts.
Pri
Spencer Bollettieri
7/10/2014
Lab 8: Focal Point and Length
Objective: Find the focal points and lengths of mirrors and lenses and establish a radius of curved
mirrors
Principles:
This experiment was
Spencer Bollettieri
7/2/2014
Lab 2: Ohms Law
Objective: To observe and verify Ohms law as well as exercise methods to measure resistivity
Principles:
Ohms law essentially states that a conductor with
Spencer Bollettieri
7/7/2014
Lab 5: RC Circuit
Objective: To graph the charge and discharge of a capacitor and confirm time as a constant
Principles:
T=R*C, in this case T is representing a time const
PHY-160 Magnetism Formula Sheet
=
=
Magnetic field of a long straight wire: =
Magnetic field of a long solenoid: =
Force per unit length:
=
0
2
0
0 1 2
2
7
0 = 4 10 /
: =
Faradays Law: =
Tran