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Announcements 1/4/12. Prayer Introduction Signup sheets to be passed around Willing to offer prayers in class Willing to have phone number and/or email in a class directory. Syllabus. Schedule Reading assignments, lecture topics HW due dates, HW assignments, “Colton problems” - PowerPoint PPT Presentation
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Announcements 1/4/12 Prayer Introduction Signup sheets to be passed around
a. Willing to offer prayers in class b. Willing to have phone number and/or
email in a class directory
Syllabus Schedule
a. Reading assignments, lecture topics b. HW due dates, HW assignments, “Colton
problems”c. Exam dates
Syllabus, cont. Office hours
a. Me: 3-4 MWF, Underground Lab under skylight
b. TAs: 4-6 T Th Prerequisite polls Grading
Syllabus, cont. Get your CID Clicker quizzes
a. Two types of questions– Reading quizzes, 2 points if right, 1
point if attempted– Thought questions, 1 point if attempted
b. All questions from a day = 1 quizc. 4 free quizzes, no make-up quizzesd. Register your clicker via class website
ASAP!– Quizzes start next class period
Syllabus, cont. Homework
a. Due T Th, 11 pm (building close)b. Turn in closed boxes near N375c. Turned back in the open slotsd. 4 free late homeworks, otherwise 50% e. TA discretionary = 3 pts/assignmentf. Lab problems
– Lab in back corner of “Walk in Lab” on 4th floor
– Videos HW solutions posted by CSR office Extra credit (read about on your own)
Coordinate systems Rectangular (“Cartesian”) Spherical Cylindrical
Integrals 1D 2D 3D
“Fields” Scalar functions Vector functions
Derivatives Scalar functions
a. Gradient Vector functions
a. Divergenceb. Curl
Divergence Curl
Figures from Griffiths, 441/442 text
Integrating a derivative
Fundamental Thm of Calc Gradient Theorem
Figures from Griffiths, 441/442 text
( ) ( ) ( )path fromto
f f f d a b
b a
( ) ( )b
a
dff b f a dx
dx
Integrating a derivative, cont.
Curl Theorem (Stokes’ Theorem)
Figure from Griffiths, 441/442 text
closed volume boundedsurface by the surface
F dA Fdv
Divergence Theorem
( )closed surface boundedpath by the path
F d F dA
Figure from Wikipedia
Website! http://www.physics.byu.edu/faculty/colton/courses/phy471-winter12/
“How to get started” section at bottom