Tags:
create new tag
view all tags
-- Main.JorgeRodriguez - 2012-01-13 ---+ Lab Assignment: Magnetic Forces In this lab you will explore the forces on permanent magnetic dipole monent μ caused by external magnetic fields. Everyone knows that magents repel and attract each other depending on whether like or unlike poles are facing each other. In this lab we will examine what happens when a typicall magnetic dipole interacts with a well defined magnetic field and measure the forces on the dipole under different magnetic field configurations. ---++ Assignment: 1 Understand the effects of a magentic field on a dipole magnet 1 Determine the magnetic moment μ of the dipole 1 Measure the axial magnetic field gradient of a current carrying circular loop of wire All of the calculations, calibration tasks and measurements are described in the two links below. The first document "MF1-A Student Experiments" document asks general questions and describes the spring constant calibration tha you'll need to complete the experiment. The second document describes the measurments you will make. [[%ATTACHURL%/TeachSpinMagneticForce.pdf][TeachSpinMagneticForce.pdf]]: This documents describes the spring constant calibration step and provides exercises that may help understand what you are measuring. http://www.teachspin.com/instruments/magnetic_force/experiments.shtml: This webpage describes the actual measurement you'll perform. ---++++ GradingRubric
E
dit
|
A
ttach
|
Watch
|
P
rint version
|
H
istory
: r1
|
B
acklinks
|
V
iew topic
|
Ra
w
edit
|
M
ore topic actions
Topic revision: r1 - 2012-01-13
-
jrodrig
Home
Site map
Main web
Sandbox web
TWiki web
Main Web
Users
Groups
Index
Search
Changes
Notifications
RSS Feed
Statistics
Preferences
P
View
Raw View
Print version
Find backlinks
History
More topic actions
Edit
Raw edit
Attach file or image
Edit topic preference settings
Set new parent
More topic actions
Account
Log In
E
dit
A
ttach
Copyright © 2008-2024 by the contributing authors. All material on this collaboration platform is the property of the contributing authors.
Ideas, requests, problems regarding TWiki?
Send feedback