GENERAL PHYSICS I
PHS2230 AA01
Mineral Area College
SPRING 2016
4 credit hours
Dr. George Saum
Instructor:
Office Hours:
Office:
AS 223A
Phone:
573-518-2174
e-mail:
gsaum@mineralarea.edu
Department Chair:
Dr. Margaret Williams
518-573-2195
FO 29 mwilliam@mineralarea.edu
Prerequisites:
General Physics I
PHS 2230
Calculus I
MAT1650
Calculus II
MAT2150 (Accompany or precede )
Textbooks/Supplies:
Textbooks:
PHYSICS FOR SCIENTISTS AND ENGINEERS, ninth edition R.A. Serway and John W. Jewett, Thomson Brooks/Cole
Publishers, 2014
ISBN 978-1-133-94727-1
Laboratory experiment handouts will be provided in class
The course meets for four hours of lecture and problem session, and two hours of lab each week.
Lecture /Problem
MW 9:00 9:50 T R 8:00 8:50
Lab:
F
1:00 2:50
Supplementary Material:
Mathcad and Excel will be used in solving and analyzing laboratory and classroom problems
Other Materials:
Scientific calculator.
An introductory course designed to meet the needs of physical science or engineering students. Principal categories covered are:
Newtonian Mechanics, Conservation Principles, Mechanical Wave Phenomena, and Thermodynamics.
Grading policy/scale: The grading for the course will be as follows:
A
90-100 %
B
80-89
C
70-79
D
60-69
F
<60
Honors Option: The honors option is offered in this course.
1
Course Content:
Week
Chapter
Topic
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1,2
3,
4,5
6
7
8
9
10,11
12,14
15
16
17,18
19
20
21,22
21,22
Measurement and Units, One Dimensional Motion
Vectors, Planar Motion
Newton's Laws of motion
Circular Motion, and Linear Momentum
Work, Energy
Potential Energy, Conservation of Energy
Linear Momentum, Collisions
Rotation of Rigid Objects, Rolling Motion, Angular Momentum
Static Equilibrium, Fluids
Oscillatory Motion
Propagation of Waves
Wave Motion, Sound Waves
Temperature
Laws of Thermodynamics
Heat Engines, Second Law of Thermodynamics
Heat Engines, Second Law of Thermodynamics
LABORATORY EXPERIMENTS
WEEK
EXPERIMENT
1
2
3
4
5
6
6
7
8
9
10
11
12
13
14
15
16
Measurements
Pendulum
Force Table and Vectors
Atwood Machine, Acceleration of Gravity
Projectile Motion
Machines
Work, Energy, Friction
Centripetal Acceleration
Ballistic Pendulum
Conservation of Linear Momentum
Equilibrium
Moment of Inertia
Modulus of Elasticity
Oscillatory Motion
Wave Velocity in String
Thermal Expansion
Specific Heat, Latent Heat
Evaluation:
Homework
Lab reports
Exams
10 %
20 %
70 %
2
College’s Policies:
Non-Discrimination Policy - Mineral Area College does not discriminate on the basis of race, color, national
origin, gender, disability, age, religion, creed, or marital or parental status. For more information, call the Title
VI, Title IX, Sec. 504 and ADA coordinator at (573) 431-4593 or U.S. Dept. of Education, Office of Civil
Rights.
ADA Policy - If you have special needs as addressed by the Americans with Disabilities Act and need this
publication in an alternative format, notify Mineral Area College,(573) 431-4593 or P.O. Box 1000, Park Hills,
MO 63601, at least one week before you plan to attend events or meetings. Reasonable efforts will be made to
accommodate your special needs.
Tobacco-Free Policy For the health of our community, Mineral Area College properties are TOBACCO-FREE indoors and
outdoors. For more information on the tobacco-free policy, please
visit www.mineralarea.edu/generalinformation/
Dishonesty policy: Cheating implies the student has dishonestly gotten an answer/information from another
person or source and uses that information to try to benefit him/herself. Plagiarism occurs when a student copies
other people’s written work and passes it off as his/her own. Work copied from another person (like a student)
or another source (like the Internet, a book, or a magazine) will result in a zero for that assignment in keeping
with MAC’s dishonesty policy, and an Academic Dishonesty Report will be filed with the Dean of Students. A
repeated incident will result in an F for this course, and further incidents could result in a student’s suspension
from this college. Cheating of any kind is not tolerated at Mineral Area College.
Attendance/Absence Policies:
Disciplined attendance is strongly encouraged.
School policy requires dropping students with poor attendance.
Poor attendance will severely impact your classroom performance.
3
GENERAL PHYSICS I
DATE
Jan
11
Jan
18
Jan
Jan
PROBLEMS
EVEN ANSWERS
Chapter 1
1.1
Standards, Length, Mass, Time
1.3
Dimensional analysis
1.4
Conversion
1.6
Significant figures
2,4
10
15,17,20,25,27
35,36,38
21.46x103kg/m3,2.307x1017 kg/m3
Chapter 2
2.1
Position, velocity, speed
2.2
Instantaneous Velocity, speed
2.4
Acceleration
2.6
One dim. motion, constant acc.
MLK DAY
2.7
Free falling object
1
7,9
14,21
28,29,31,35
26
1
Feb
3
5
8
Feb
2.57x106 m3
3,4,3,2
796,1.1,17.66
5,-2.5,0,5 m/s
-13428 m/s2
6.61m/s,-.448m/s2
51,53,55
Chapter 3
3.1
Coordinate systems
3.3
Properties of Vectors
3.4
Components of Vectors
Jan
Feb
SPRING 2016
SECTIONS
5
7
15,19,31,37
Review
27
Feb
SCHEDULE
TEST
CH 1-2-3
Chapter 4
4.1
Position, Vel, Acc. Vectors
4.2
Two Dim. Const Acc.
4.3
Projectile Motion
4.4
Uniform Circular Motion
4.5
Tang and Radial Acc.
4.6
Rel. Vel. and Acc.
1
7,9
13,20,23
33,37
40,41
45,47
Chapter 5
5.1-5
Forces
WYSE ( Physics Class Cancelled )
5.6
Third law
5.7
Applications
5.8
Friction
15
PRESIDENT'S DAY
Feb
17
Review
Feb
18
TEST
12.99m/s2,5.69m/s,7.5 m/s2
3,5,9,19
Chapter 6
6.1
Circular Motion
6.2
Non-uniform Circular Motion
6.3
Accelerated Frames of Reference
Feb
22.55m,52.3 m, 1.176 s
CH 4-5-6
4
30,33,45,51
53,55,60,69
253N,165N
55.1o, 167 N
1,3,9,11
13,14,17,19
21,23
4.80 m/s, 700N
Feb
22
Feb
Feb
Mar
29
2
Chapter 7
7.1-2
Work by Constant Force
7.3
Scalar Product of Vectors
7.4
Work by a Varying Force
7.5-6-7 Work Energy Theorem
3,6
9
14,17,28
31,33,45
4704 J
Chapter 8
8.1
Conservation of Energy
8.2
Isolated System
8.3
Kinetic Friction
8.4
Changes of Mechanical Energy
8.5
Power
3,6
7,9
15,17
19,21,23
29,31,38
5.94m/s,7.67m/s, 147 J
Chapter 9
9.1
Linear Momentum
9.2
Isolated System Momentum
9.3
Nonisolated System
9.4
One Dim Collision
9.5
Two Dim. Collisions
9.6
CM
3
6,10
13
29,31
32,34
42,44
Mar
2
Review
Mar
4
TEST Ch 7-8-9
Mar
7-11
SPRING BREAK
Mar
14
Mar
21
Mar
Mar
Chapter 10
10.2
Angular Position, Vel., Acc
10.3
Angular and Linear Quantities
10.4
Torque
10.5
Torque-Acceleration
10.6
Moment of Inertia
10.7
Rotational Kinetic Energy
10.8
Work, Power, Rotational Energy
10.9
Rolling Motion
Chapter 11
11.1
Vector Product and Torque
11.2
Angular Momentum
11.3
Angular Momentum of Rigid Object
11.4
Conservation of Angular Momentum
3,7,11
15,19,21
27
32
39
44,45
53,57
59,65
1,5
11
22,27
31,33,41
Chapter 12
12.1
Conditions for Equilibrium
12.2
Center of Gravity
12.3
Rigid Objects in Static Equilibrium
12.4
Elastic Properties of Solids
25
1,
3,5
.
12,13,23
27,33
SPRING HOLIDAY
13.1-2
13.3
Newton’s Laws, Free Fall
Kepler’s Laws
Mar
29
Review
Mar
30
TEST CH 10-11-12-13
1,3,9,13
17,21,26
5
24J,-3J,21J, 9kJ,11.7 kJ
5905w, 11.147 kw
1.15 m/s, 5.16x10-23m/s
2.88m/s, 782 J, 5.89m/s, 7.07 m/s
4.66x106 m , 13.33 cm, 11.67 c
.309 m/s2, 7.67 N, 9.21 N
184 J, 6m/s, 4 m/s, 8 m/s
2.376 m/s
4.5 k kgm/s2
88.2 N, 58.8 N
Apr
Chapter 14
14.1,2 Pressure, Depth, Pascal's Law
14.4
Archimedes Principle
14.5
Bernoulli
Chapter 15
15.2
Simple Harmonic Motion
15.3
Energy in a Harmonic Oscillator
15.5
Pendulum
Apr
Apr
4
8
Apr
Apr
Chapter 16
16.1
Propagation
16.2
Sinusoidal Waves
16.3
Speed of Waves
Physics Classes Cancelled
Chapter 17
17.1
Speed of Sound
17.3
Intensity
17.4
The Doppler Effect
Apr
13
Review
Apr
14
TEST
Apr
21
Apr
78.56 Hz, 157,236.314 Hz
8,17
27,29,33
1.2 cm
CH 15-16-17-18
Chapter 19
19.2
Thermometers
19.3
Constant Vol. And Abs. Temp
19.4
Thermal Expansion
19.5
Ideal Gas
Classes Cancelled
2
Chapter 21
21.2
Specific Heat of Ideal Gas
21.3
Adiabatic Process
17,18
27,29
5
Chapter 22
22.1
Second Law
22.4
Carnot Engine
22.7
Entropy
Review
May
May
21,23,26
39,41
3,11
19,21
25,27
33,37
43,46
25
May
7,11,17
19,23,25,31
37,45
Chapter 20
20.1
Heat and Thermal Energy
20.2
Specific Heat
20.3
Latent Heat
20.4
Work and Thermodynamics
20.5
First Law of Thermodynamics
20.7
Heat Transfer
Apr
May
3,5,9,19
27,31
35,41
Science Fair
11
18
225 N
1
7,9,17
25,31
Chapter 18
18.2-3 Standing waves in a String
18.5
Standing Waves in an Air Column
Apr
3, 7,8,11
25,29,35
FINAL
3,5
17,25
43,53
CH 19-20-21-22
6
3.36x1026 w