Manual lab
Trial number
1
2
Angle of
Incidence
(degrees)
30
40
Angle of
Refraction
(degrees)
22.1
28.9
Sine of the angle Sine of the angle Index of
of incidence
of refraction
Refraction
.500
.745
-.1086
-.5856
1.357
1.272
A. What is the value of the index
1. A whistle you use to call your hunting dog has a frequency of 21 kHz, but your dog is ignoring it.
You suspect the whistle may not be working, but you can't hear sounds above 20 kHz. To test it,
you ask a friend to blow the whistle and hop on his moped
LAB 03 Alternating Current LR Circuits
Vincent Mulvaney
11/2/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
We used box C and found the inductance to be 0.07967 H with an
uncertainty of 0.002. Our r value was 204.3 Ohms with
LAB 10 Lenses
Vincent Mulvaney
11/16/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
Our lens set was J. The focal estimation was 10.1cm and the measured was (9.60.2). These
values result in a percent difference of 5%. The M v
LAB 06 Oscilloscope Measurements
Vincent Mulvaney
10/19/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
The ratio of max voltage to rms voltage for the sine wave was slope=1.50.
The ratio had an excellent correlation coefficie
LAB 04 Kirchhoffs Rules
Vincent Mulvaney
9/28/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
Do Kirchhoffs Rules correctly predict the behavior of these circuits? Yes,
Kirchhoffs rules do correctly predict the behavior of the
LAB 08 Alternating Current RC and LCR
Circuits
Vincent Mulvaney
11/9/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
The thin box we used was C. The experimental value of the capacitor in
our box was 0.4730.0004 F. The Capacit
Lab 02-Ohms Law Data and Calculation Sheet
Vincent Mulvaney
September 14, 2016
PHY2049L-166224 Wednesday @2:30
Lab Station E
Daniel Belc
Abstract
Our copper coils were all Ohmic due to have a least squares
fit r-value of 0.99996 for coil 2, 0.9990 for coi
LAB 08 Snells Law
Vincent Mulvaney
11/9/16
PHY2049L Wednesday at 2:30 pm
Lab Station E
Partner: Daniel Belc
Abstract
The best experimental value for the index of refraction of water was
1.320.04 and this was also are Part 1 results. This value had a r of
Jackson 3.3 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
A thin, flat, conducting, circular disc of radius R is located in the x-y plane with its center at the origin,
and is maintained at a fixed potentia
Jackson 3.4 Homework Problem Solution
Dr. Christopher S. Baird, Fall 2012
University of Massachusetts Lowell
PROBLEM:
The surface of a hollow conducting sphere of inner radius a is divided into an even number of equal
segments by a set of planes; their co
Jackson 3.2 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
A spherical surface of radius R has charge uniformly distributed over its surface with a density
Q/4R2, except for a spherical cap at the north pole
Jackson 3.1 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
Two concentric spheres have radii a, b (b > a) and each is divided into two hemispheres by the same
horizontal plane. The upper hemisphere of the in
Jackson 3.5 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
A hollow sphere of inner radius a has the potential specified on its surface to be =V , . Prove
the equivalence of the two forms of solution for the
Jackson 4.7 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
A localized distribution of charge has a charge density
(r)=
1 2 r 2
r e sin
64
(a) Make a multipole expansion of the potential due to this charge
Jackson 4.4 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
(a) Prove the following theorem: For an arbitrary charge distribution (x) the values of the (2l + 1)
moments of the first non-vanishing multipole ar
Jackson 4.5 Homework Problem Solution
Dr. Christopher S. Baird
University of Massachusetts Lowell
PROBLEM:
A localized charge density ( x , y , z ) is placed in an external electrostatic field described by a potential
(0) ( x , y , z ) . The external pote
Amanda English
10/1/2016
Just In Time Question 5
All objects with mass feel an attraction to each other due to gravity. So the work that is put in by
the student and the force of friction (or the work of the resultant force) are equal to the ratio of the
Amanda English
10/23/2016
Just In Time Question #8
When the chicken and the piglet fall off of the skewer (overcooked) and begin to roll without
slipping down the sloped kitchen floor towards a drain (the pig rolling about its long axis), the chicken is
g
Amanda English
10-6-2016
Just In Time Question # 6
When the missile impacts the asteroid and burrows deeply into the mass of the asteroid
(essentially fusing the two together), this collision is completely inelastic. This type of collision means
that some
Amanda English
10-14-2016
Just-In-Time Question #7
Torque is known as being equal to the product of the applied force and the distance that it is
applied from the support point, and is the fundamental force-type quantity that is expressed
in regards to ro
Numerically Solving for
Eigenvalues and Eigenvectors
of Schrdinger's Equation
Prof. Volker Crede
Department of Physics
Florida State University
April 2008
Extra Credit Project:
Energy Eigenvalues & Eigenvectors
Schrdinger's Equation
Time-independent, one-
Computational
Physics
Start Your
VNC Session
Homework
Assignment
Computational Physics
Text Editing
Project 1 Unix
Assignment
Web Page
Design
HTML
or How to create a website
Comphy Website
A Basic HTML
Document
HTML Body
Language
01/10/2008
Computational
The Sun
Review:
Properties of
the Sun
Properties of the Sun
Energy Transport
The Active
Sun
Sunspots
The Sun
The Heart of the Sun
Sunspot Magnetism
The Heart of
the Sun
Prof. Volker Crede
The Forces and
Particles in the
Universe
Nuclear Fusion
02/27/2008
Writing a first
C+ Program
Homework
Assignment
Basic C+
Program
Structure and
Syntax
Writing a first C+ Program
Input and Output
Streams
File Streams
Functions
File Streams
01/24/2008
Writing a first
C+ Program
Course Assistants
Homework
Assignment
Basic