Introductory Physics I, Mechanics and Heat Introductory Physics I, Mechanics and Heat (PHY 141.001)-1st Summer Term, 2000

Text:
Physics, Principles with Applications, 5th edition, 1998, by D. C. Giancoli (ISBN 0-13-611971-9)
Meets at:
9:15-10:50 MTWRF, Willet Science Center (WSC) Room 101
Prerequisites:
MAT 133 or equivalent, co-requisite PHY 141L , which meets 1:30-4:00 TWR, WSC 107
Instructor:
Dr. Randall D. Peters
Office:
WSC Room 115, Office phone: 301-2747 (home phone: 745-6963)
Office hours:
M-F 8:45-9:15 & 11:00-11:30, or by appointment.
e-mail:
peters_rd@mercer.edu
personal homepage:
http://physics.mercer.edu/petepag/nonlin.htm
physics department homepage:
http://physics.mercer.edu
Class Homepage:
http://physics.mercer.edu/hpage/phy141.html (after class has started).



This algebra based course is concerned with the study of motion, forces, and energy-both mechanical and thermal.                      Expectations
Incoming-Students should already have mastered essential elements of:
(i) reading and writing at the beginning college level, and
(ii) precalculus mathematics, specifically algebra and trigonometry.

Outgoing-By the end of this course, the student should be able to:
(i) demonstrate improvements in scientific communication, both
verbal and written, through self-consistent integration of mathematical
formulae and English language sentence structures,
(ii) better understand, both conceptually and quantitatively, some of the classical systems of physics, to include
a) Solving problems involving the motion of objects undergoing constant acceleration,
b) Applying Newton's three laws of motion to problems of dynamics,
c) Using the conservation of energy and momentum to simplify some problems,
d) Estimating variables which describe the state of an idealized fluid, and
e) Applying the laws of thermodynamics to simplified systems.

(iii) identify some of the historical events of physics that changed the world in which we live,
(iv) Discuss, without glaring errors, scientific principles that impact the lives of every individual, and
(v) Recognize some of the profound differences between science and the nonsensical, increasingly pervasive world of pseudoscience.



Course Content and Tentative Schedule
From the first 15 chapters of the Text:
Ch. 1, Introduction
Ch. 2, One-dimensional Kinematics
Ch. 4, Forces and Dynamics
Ch. 5, 8; Rotational Motion and Gravitation
Test 1
Ch. 6, Conservation of Energy
Ch. 7, Conservation of Momentum
Ch. 8, Torque and Conservation of Angular Momentum
Ch. 9, Statics and Elasticity
Ch. 10, Fluids
Test 2
Ch. 11, Wave Mechanics
Ch. 12, Sound
Ch. 13, Temperature and Kinetic Theory
Ch. 14, Calorimetry and Heat
Ch. 15, Laws of Thermodynamics
Test 3

Final Exam: Fri, 30 June, 9:15-12:15

Grading Scale: 60-D-70-C-80-B-90-A-100
(based on: Quizzes 15%, 3 tests @ 20% ea., and comprehensive Final 25%



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File translated from TEX by TTH, version 1.95.
On 11 May 2000, 16:01.