Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
October 11, 2012
Lab 205
Lab 205: Parallel Plate Capacitor
Objective: To understand the principle of a parallel plate capacitor and to measure the value of
its capacitance.
Theoretically BG:
The capacita
Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
September 19,2012
Lab 201
Lab 201: Electric Field by Point Charges
Objective: Compute electric field and corresponding field lines caused by point charges using
Matlab. Using the different electric field
Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
Lab 216
Lab 216: Circuit Analysis by Kirchhoffs Rules
Objective: To predict and measure currents and voltages in electric circuits using Kirchhoffs
Junction Rule. [In this lab, you are to use derivation
Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
September 26, 2012
Lab 202
Lab 202: Numerical Verification of Gausss Law
Objective: In this lab, you are going to use Matlab to evaluate Gausss Law numerically for
different surfaces. Using this you are
Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
September 3, 2012
Lab 203
Lab 203: Electric Potential and Electric Field
Objectives: (1.) Use Matlab to calculate the electric potential and further the electric field due to
the different charges. Draw
Cassandra McAvoy-Brennan & Matt Ronga
Phys 121A-005
October 17, 2012
Lab 215
Lab 215: Ohms Law- Current, Voltage, and Resistance Measurement
Objective: The objectives of this lab are to learn to measure current with an ammeter, voltage
with a voltmeter, a
Name: Fayaz Zaman
Physics 121A 101
Lab Partners: Paul Tran, Timothy Hesson, Saloni M Sharma, Dieumamise
Joseph
Date: 10/2/2016
Lab 217: RC Circuits
Objective: To observe and analyze the voltage across a capacitor V C as a function of
time t in a circuit c
Name: Fayaz Zaman
Physics 121A 101
Lab Partners: Paul Tran, Timothy Hesson, Saloni M Sharma, Dieumamise
Joseph
Date: 09/05/2016
Lab 203: Electric Potential and Electric Field
Objective:
1. To use MATLAB and calculate the electric potential and further the
Section 002
April 12th, 2016
Lab 210: Magnetic Field of Helmholtz Coils- Biot-Savart Law
Introduction
The objective of the lab is to study and understand the magnetic field on the axis of a coil; to relate this to
the geometry of a coaxial pair of coils a
Ryan Desai
11/29/16
Physics 121
Brian Barongo ,Ryan Murphy , Ryan Desai , Harsh Patel , Kedric Hart ,Elenor Parillon ,Yessenia
Ruiz
Sherry Chhabra
Lab 210: Magnetic Field of Helmholtz Coils Biot-Savart Law
Objectives:
-To understand the equations of the B
Dustin Nguyen
4/13/16
Physics 121a-018
Andrew Andrade, Louis Yepez
Xin Chen
Lab 210: Magnetic Field of Helmholtz Coils Biot-Savart Law
Objectives:
-To understand the equations of the Biot-Savart law about magnetic field created by a circular current
loop(
10/4/16
Physics 121
Group: Ryan Murphy, Brian Barongo, Ryan Desai
Instructor: Sherry Chhabra
Lab 202: Faradays Law
Objective:
-In this section, using MATLAB software you will evaluate Gausss Law numerically for
different surfaces and verify that the integ
Lab Course 121A-Section 007 Physics Laboratory Report
Lab 216: Circuit Analysis by Kirchhoffs Rules
Ryan Desai
Brian Barongo , Ryan Murphy , Ryan Desai
Sherry Chhabra
Lab 217: RC Circuits
Objective:
-To observe and analyze the voltage across a capacitor V
Ryan Desai
10/11/16
Physics 121
Brian and Ryan Murphy
Lab 203: Electric Potential and Electric Field
Introduction:
In this experiment, tests were done to examine the patterns of equipotential lines between 2
charges of positive and negative charge and var
Ryan Desai
12/6/16
Physics 121
Brian Barongo ,Ryan Murphy , Ryan Desai , Harsh Patel , Kedric Hart ,Elenor Parillon ,Yessenia
Ruiz
Sherry Chhabra
Lab 223: Faradays Law
Objective:
-To demonstrate Faradays law of electromagnetic induction
-To become familia
Ryan Desai
10/4/16
Physics 121
Group: Ryan Murphy, Brian Barongo, Ryan Desai
Instructor: Sherry Chhabra
Lab 202: Faradays Law
Objective:
-In this section, using MATLAB software you will evaluate Gausss Law numerically for different
surfaces and verify tha
Name: Fayaz Zaman
Physics 121A 101
Lab Partners: Paul Tran, Timothy Hesson, Saloni M Sharma, Dieumamise Joseph
Date: 9/28/2016
Lab 202: Numerical Verification of Gauss Law
Objective:
Using MATLAB software, evaluating Gauss Law numerically for different su
Name: Fayaz Zaman
Physics 121A 101
Lab Partners: Paul Tran, Timothy Hesson, Saloni M Sharma, Dieumamise
Joseph
Date: 10/12/2016
Lab 203: Electric Potential and Electric Field
Objective:
To understand the principle of a parallel plate capacitor and to meas
Lab 217: RC Circuits
Introduction
The goal of this lab is to observe and analyze the voltage across a capacitor Vc as a function of
time t in a circuit containing a resistor and capacitor connected in series. An RC circuit contains
both resistors and capa
Lab 215: Ohms Law- Current, Voltage, and Resistance Measurements
Introduction
The objective of this lab is to learn to measure current with the use of an ammeter, voltage with a
voltmeter and resistance with an ohmmeter. Through the lab the objective is t
Section 002
February 17h, 2016
Lab 202 Numerical Verification of Gausss Law
Introduction
The objective of this lab is to use MATLAB software to evaluate Gausss Law for various
surfaces and confirm that the integral over the surface multiplied by 0 is the
Lab 216 Circuit Analysis by Kirchhoffs Rules
Introduction
The objective of this lab is to predict and measure currents and voltages in electric circuits using
Kirchhoffs Junction Rule. The theory Kirchhoff uses is the junction and loop rule. In junction
r
Lab 218: RL Circuits
Introduction
The objective of this lab is to construct and analyze the current in an RL circuit. A RL circuit is an
electric circuit made up of resistors and inductors driven by a voltage or current source. If the
switch is a certain
Section 002
February 10th, 2016
Lab 201 Electric Field by Point Charge
Introduction
The objective of this lab is to compute the electric field and the compatible field lines that are
caused by point charges using the program MATLAB in addition to becoming
Section 002
April 6th, 2016
Lab 212: Measurement of charge/mass for an Electron
Introduction
The objective of this lab is to measure the charge to mass ratio e/m for an electron. The mass
will be tested by adjusting the magnetic and electric fields to get
Section 002
February 10th, 2016
Lab 201 Electric Field by Point Charge
Introduction
The objective of this lab is to compute the electric field and the compatible field lines that are
caused by point charges using the program MATLAB in addition to becoming
Lab 216
Rishikesh Mane
24 March 2017
Instructor: Liu Yan
Objectives: We will predict and measure currents and voltages in electric circuits using
Kirchhoffs Junction Rule.
Introduction: Kirchhoffs rules comparison of two things; the junction rule and the
Lab 201: Electric Field by Point Charges
Rishikesh Mane
Group Members: Ryan John, Sachin Patel, Andrew strelesky
Instructor: Liu Yan
1) Introduction and Procedure
Objective:
To compute electric field and corresponding field lines caused by point charges
Lab 202: Numerical Verification of Gauss's Law
Anthony Varrecchia
Phys 121A-108
16 Feburary 2016
Group Members: Yonatan Sheer, Aris Rafael, Madison Taylor, Karen Mandarina
Instructor: Mykola Shumovskyi
1) Introduction and Procedure
Objective:
Using MATLA
Lab 205: Parallel Plate Capacitor
Anthony Varrecchia
Phys 121A-108
1 March 2016
Group Members: Yonatan Sheer, Aris Rafael, Madison Taylor, Karen Mandarina
Instructor: Mykola Shumovskyi
1) Introduction and Procedure
Objective:
To understand the principle
Lab 215: Ohms Law Current, Voltage, and
Resistance Measurements
Rishikesh Mane
Phys 121A
10 March 2017
1) Introduction and Procedure
Objective:
To learn to measure current with an ammeter, voltage with a voltmeter, and resistance with an
ohmmeter
To stu