NORTH CENTRAL TEXAS COLLEGE

COURSE SYLLABUS

 

 

Course Title:

PHYS 2426 University Physics II

Course Prefix & Number: 

PHYS2426

Section Number: 

400

Semester/Year:

SP 2019

Semester Credit Hours:

4

Lecture Hours:

3

Lab Hours:

3

Course Description (NCTC Catalog):

A continuation of PHYS2425. Principles of physics for science, computer science, and engineering majors, using calculus, involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, COURSES| 225 sound, light, and optics. Laboratory experiments supporting theoretical principles presented in the lecture involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, sound, light and optics; experimental design, data collection and analysis, and preparation of laboratory reports.

                                                       

Course Prerequisite(s):

PHYS2425 and MATH2414 or concurrent enrollment in MATH 2414.

Required or Recommended Course Materials:

Textbook: Physics for Scientists and Engineers, 4th Edition, Douglas C. Giancoli

Scientific Calculator (does not need to be a graphing calculator)

             

 

INSTRUCTOR INFORMATION

Name of Instructor:

Don Abernathy

Campus/Office Location:

Corinth Room 331

Telephone Number:

940-498-6282 X4110

E-mail Address:

dabernathy@nctc.edu

 

OFFICE HOURS

Monday

Tuesday

Wednesday

Thursday

Friday

 

9:30-11

 

9:30-11

 

 

 

 

12:30-2

 

 

 

 

 

 

 

 

 

 

 

 

 

STUDENT LEARNING OUTCOMES (From Academic Course Guide Manual/Workforce Education Course Manual/NCTC Catalog

At the successful completion of this course the student will be able to:

 

Lecture Learning Outcomes:

1. Articulate the fundamental concepts of electricity and electromagnetism, including electrostatic potential energy, electrostatic potential, potential difference, magnetic field, induction, and Maxwell’s Laws.

2. State the general nature of electrical forces and electrical charges, and their relationship to electrical current.

3. Solve problems involving the inter-relationship of electrical charges, electrical forces, and electrical fields.

4. Apply Kirchhoff’s Laws to analysis of circuits with potential sources, capacitance, and resistance, including parallel and series capacitance and resistance.

5. Calculate the force on a charged particle between the plates of a parallel-plate capacitor.

6. Apply Ohm’s law to the solution of problems.

7. Describe the effects of static charge on nearby materials in terms of Coulomb’s Law.

8. Use Faraday’s and Lenz’s laws to find the electromotive forces.

9. Describe the components of a wave and relate those components to mechanical vibrations, sound, and decibel level.

10. Articulate the principles of reflection, refraction, diffraction, interference and superposition of waves.

11. Solve real-world problems involving optics, lenses, and mirrors.

 

Lab Learning Outcomes:

1. Prepare laboratory reports that clearly communicate experimental information in a logical and scientific manner.

2. Conduct basic laboratory experiments involving electricity and magnetism.

3. Relate physical observations and measurements involving electricity and magnetism to theoretical principles.

4. Evaluate the accuracy of physical measurements and the potential sources of error in the measurements.

5. Design fundamental experiments involving principles of electricity and magnetism.

6. Identify appropriate sources of information for conducting laboratory experiments involving electricity and magnetism.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

GRADING CRITERIA

# of Graded Course Elements

Graded Course Elements

Percentage or Point Values

1

Exam I

16

2

Exam II

16

3

Exam III

16

4

Exam IV

16

5

Class Participation

3

6

Final Exam

16

7

Lab

17

 

The Class Participation Grade is primarily based on attendance.

After 3 absences, the grade will drop to 70

               5 absences, the grade will drop to 40

               If a student has 6 absences, the grade will be 0, and the student may be dropped from the course.

   Students arriving more than 10 minutes late will be considered   

     absent.  All absences, for whatever reason, will be counted.

There will be no Extra Credit Assignments.

 

 

HOMEWORK ASSIGNMENTS: Conceptual questions and problems will be assigned for each chapter that is covered.  These will be discussed during class sessions.  It is very important that these assignments be completed outside of class.  The questions and problems on the tests will be very similar to those on the assignments.

 

LABORATORY: The laboratory period may be used for performing experiments, problem sessions, or test taking.  Each experiment will involve the setting of apparatus, taking and analyzing data and completing a laboratory report.  The reports will be graded and the average of all reports and assignments will constitute your laboratory score. There will be no make-up labs for absences; one lab grade will be dropped.

 

CELL PHONES: Students using cell phones (including texting) is prohibited.

 

PHOTOGRAPHY: No photography or filming in class.

 

 

 

 

 

 

 

 

 

 

ATTENDANCE POLICY

Regular and punctual attendance is expected of all students in all classes for which they have registered.  All absences are considered to be unauthorized unless the student is absent due to illness or emergencies as determined by the instructor.  It is the student responsibility to provide documentation as to the emergency for approval and judgement by the faculty member.  Approved college sponsored activities are the only absences for which a student should not be held liable and only when provided by a college official ahead of the absence.  Valid reasons for absence, however, do not relieve the student of the responsibility for making up required work.  Students will not be allowed to make up an examination missed due to absence unless they have reasons acceptable to the instructor.  A student who is compelled to be absent when a test is given should petition the instructor, in advance if possible, for permission to postpone the exam.  Student will be dropped from a class by the Registrar upon recommendation of the instructor who feels the student has been justifiably absent or tardy a sufficient number of times to preclude meeting the course’s objectives.    Persistent, unjustified absences from classes or laboratories will be considered sufficient cause for College officials to drop a student from the rolls of the College. From Board Policy FC (LOCAL)

Regular attendance is expected of all students at all lectures and laboratory sessions.  You may be dropped from the course for excessive absences (20% total or 2 consecutive weeks).  All tests must be taken and all experiments must be performed at the assigned time. If you find that you must miss a test and have a valid excuse, notify the Instructor on the day of the test. To notify the instructor, use the NCTC email.  If I do not respond to you, I did not get the email – follow up with a phone call. A make-up test may be taken at the discretion of the Instructor; failure to notify the instructor immediately will result in a grade of “0” for the test.   If you wish to receive a “W” grade then you MUST go to the Registrar’s office and request to drop the course

 

Last day to withdraw from a course with a “W” is _____April 4, 2019____.

 

DISABILITY SERVICES (Office for Students with Disabilities)

The Office for Students with Disabilities (OSD) provides support services for students with disabilities, students enrolled in technical areas of study, and students who are classified as special populations (i.e. single parents).

Support services for students with disabilities might include appropriate and reasonable accommodations, or they may be in the form of personal counseling, academic counseling, career counseling, etc.  Furthermore, OSD Counselors work with students to encourage self-advocacy and promote empowerment. The Counselors also provides resource information, disability-related information, and adaptive technology for students who qualify.

If you feel you have needs for services that the institution provides, please reach out to either Wayne Smith (940) 498-6207 or Yvonne Sandman (940) 668-3300.  Alternative students may stop by Room 170 in Corinth or Room 111 in Gainesville.

 

 

 

 

 

CORE CURRICULUM FOUNDATIONAL COMPONENT AREA (For classes in the Core)________     


          Communication

          Mathematics              

X          Life and Physical Science

          Language, Philosophy & Culture

          Creative Arts

          American History

 

          Government/Political Science

          Social and Behavioral Sciences

          Component Area Option

 


REQUIRED CORE OBJECTIVES (For classes in the Core)


X             Critical Thinking

X     Communication

X             Empirical and Quantitative

 

X             Teamwork

             Personal Responsibility

             Social Responsibility


COURSE TYPE

            Academic General Education Course (from ACGM but not in NCTC Core)

X          Academic NCTC Core Curriculum Course

          WECM Course

 

STUDENT HANDBOOK

Students are expected to follow all rules and regulations found in the student handbook and published online.

 

ACADEMIC DISHONESTY

Scholastic dishonesty shall include, but is not limited to cheating, plagiarism, academic falsification, intellectual property dishonesty, academic dishonesty facilitation and collusion.  Faculty members may document and bring charges against a student who is engaged in or is suspected to be engaged in academic dishonesty.  See Student Handbook, “Student Rights & Responsibilities: Student Conduct ([FLB(LOCAL)]”. 

 

Consequences for academic dishonesty may include:

  1.  
  2.  

 

 

 

 

 

QUESTIONS, CONCERNS, or COMPLAINTS

Name of Chair/Coordinator:

Dr. Lisa Bellows

Office Location:

Gainesville Science Building Office 408

Telephone Number:

940-668-4252

E-mail Address:

lbellows@nctc.edu

 

 

 

 

 

 

COURSE SUBJECT OUTLINE

PHYS2426: Spring, 2019

 

Week

Monday

Monday Lab

Wednesday

 

1

1/21 MLK Birthday

 

1/23 14: Oscillations Read:  Chapt 14 Sections 1,2,5,7,8

 

2

1/28 14: Oscillations    15: Wave Motion

Read 15: 1,2,6,7

8,9,11

 Simple Harmonic Motion

1/30 15: Wave Motion

16: Sound

Read 16: 1,3,7

 

3

2/4 21: Electric Charge & Electric Field Read 21: 1-10

 Problem Session: Coulomb’s Law

2/6 21: Electric Charge & Electric Field

 

4

2/11 23: Electric Potential

Read 23: 1,2

  Problem Session: Electric Field

2/13 Exam I: 14,15,16,21

24: Capacitance

Read 24: 1,2,3,5

 

5

2/18 24: Capacitance

Read 24: 1,2,3,5

 Resistance

2/20 24: Capacitance

25: Electric Currents & Resistance

Read 25: 1-7

 

6

2/25 25: Electric Currents & Resistance

 

 Series and Parallel Circuits

2/27

26: DC Circuits Read 26: 2,3,5,6

 

 

7

3/4 27: Magnetism

Read 27: 1-4; 7,8,9

 RC Circuits

3/6 19  Exam II

23,24,25,26

 

8

3/18  28: Sources of Magnetic Fields

Read 28: 1-5; 8

 Combination Circuits

3/20 29: Electromagnetic Induction

Read 29: 1-6; 8

 

9

3/25 29: Electromagnetic Induction

 

 Transformers

3/27 30:Inductance, EM Oscillations, AC Circuits

Read 30: 2,4,6,7,8,9,10

 

10

4/1 30:Inductance, EM Oscillations, AC Circuits

 

AC Circuits RC & RL

4/3 30:Inductance, EM Oscillations, AC Circuits

 

11

4/8 31: Maxwell’s Equations & EM Waves; 32: Reflection & Refraction

Read 31: 4,6,7,10

 

AC Resonance

4/10 Exam III: 27,28,29,30

 

12

4/15 32: Reflection & Refraction

Read 32: 1-7

 Reflection

4/17 32: Refraction

 

 

13

4/22  33: Lenses

Read 33: 1,2,3,6,10

Refraction and Lenses

4/24 33: Lenses

 

14

4/29 34: Wave Nature of Light

Read 1,2,3

 Wavelength of Light

5/1 34: Wave Nature of Light

 

15

5/6 Exam IV: 31,32,33,34

 TBA

5/8 Review

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Homework Assignments

Must look professional – if not, will not be graded!

  1. Turn in assignments at the beginning of the period on the indicated date. Assignments must be stapled.
  2. Answer Questions with complete sentences.
  3. Show your work on all Problems. Highlight answers (Problems only).
  4. Skip a line between each Question or Problem.
  5. Work down the page – do not put problems in columns.
  6. If you want a copy, make a photocopy before turning in – these assignments will not be returned to you. (Hand in the original).

Chapter

Questions

Problems

Due Date

14

7,8,12,14,20

4,6,15,16,41,42,

74(a,b,c only)

 

2/4

15

2,4,5,6

1,3,4,5,6,8,43,44

50,73

2/6

16

1,4,5,9,15,20

1,3,14,15,22,25,

28,58,61,62,85

2/11

21

2,3,18

2,6,12,13,16,21

22,25,27,34,38,46

2/13

23

1,4

2,5,6,7,13,

73,84

2/20

24

3,6

1,3,9,11,21,22,

54,58,71,92

2/27

25

4,5,6,9,11,12

14,15

4,6,11,13,18

31,32,33,34,40

49,52,53,68,74

88

3/4

26

1,5,11

4,6,7,12,17

27,48,69,76,90

3/6

27

1,12,14,22,23

1,13,16,22,45,

61

3/20

28

6,9,12,16,22

1,5,7,11,26,28

3/25

 

29

 

3,9,15,17

 

2,40,42,43,46,47

48,65

 

4/1

30

10, 14, 17

31,40,42,48,49, 56,62,64,66

4/10

 

31

 

6,7,9,12,16

 

13,14,15,16,19,40

44,47

 

4/17

32

11,12,18

4,13,15,17,25,33,38,39,45,

46,53,54,57,58,

60,74,76

4/24

33

1,9,15

1b,4,5,21,23(a,b)

87,88,95

4/29

34

2,3,4,6,9,11,14

4,8,48

5/6

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Answers to Even-Numbered Problems

 

Chapter

Answers

 

14

 

4: (8.8cm)cos(9.5t), -1.25cm

6: 653N/m, 2.5cm, 2.63Hz

14: π,±1/2π,0,±1/3π,±2/3π,±1/4π

16: 0.788N/m,

(0.82cm)cos(9.1t-1.0)

42: 1.6s, 0.64Hz

74: 0.25m, 0.875Hz, 1.14s

 

 

15

 

4: 190m to 550m, 2.8m to 3.4m

6: 0.19s

8: 2000m

44: 295Hz, 588Hz, 1176Hz

16

14: 1.0W/m2, 10X10-10W/m2

22: 1,6X106, 6.3X109

28: 6.25, 8dB

 

21

 

2: 2.37x1014 electrons  4: 14 N  6: 2.0 N

12: -147.2 N î  563.5 N î   -416.3 N î

16: 1.42X107N

22: -1.36X105 N/C ĵ, 34: 7.57X106 N/C

34: 7.57X106 N/C

38: 1.73kQ/l2 at 240˚,  kQ/l2 at 330˚

46:

 

23

 

2: 3.84X10-17 J        6: .035 m  

 

24

 

22: 22.8 µF  0.63 µF

54: 1.9X10-11 F    58: 6.7X10-7 C

92: 2.8X105 e’s  1,5X10-9 m  2.0X10-13 m

 

25

 

4: 29 Ω  6: 12.6 Ω, 8600 C  18: 279.5 ˚C

32: 17 Ω  34: 161 Ω  0.68 A,  27.5 Ω  4.0 A

40: ≈$21    52: 390 V

68: 2.3X10-4m

74: 33.4 Hz, 1.27 A, 43.2 sin 210t V

88: 17.0 W, 6.70 W

 

26

 

4: 0.038 Ω, 0.088 Ω  6: 330 Ω,  8.9 Ω

12: 13.75 V, 32.7 Ω, 5.78 W  48: 0.18 s

76: 4.83 Ω, 1.98 V

90: 0.304 s, 0.165 s

 

27

 

2: 1.7 N

16: left, left, upward, into the paper, no force,

     Downward

22: 9.6X10-16N k

 

28

 

26: 1.7X104 turns   28: 12.7 mT < B < 13.7 mT

 

29

 

2: from right to left

40: 471 V, double the rotation frequency

42: 98 V   46: step down, 0.14, 7.3

48: 5.6 V, step down

30

40: 290 Ω, 0.017 Ω

42: 7532 Ω

48:10kΩ, 13.4kΩ

56: 0.5065A, -88°, 0.51W

62:5.1X105 Hz

64:5.60X10-9 F, 35.8 mA

66: 21 460 HZ, 420 V, 210

 

31

 

14: 1.165X10-2 m, 2.5X1018 Hz 

16: 3.50X10-7 m, ultraviolet

40: 260 pF

44: person at the radio hears 0.14 s sooner

 

32

 

4: 0.69 m   38: 55.9˚ 

46: 25.8°,58: 1.31

54: 68.4° and 65.2° from normal

60: 5.41X10-4 m   74: 5.11 m

76: 57.4°

 

33

 

4: converging, 0.383 m, real

34

4: 6.8X10-7m, 4.4X1014Hz

8: 1.4X10-4 m   26: 228 nm

48:Constuctive: 22°,49°; Destructive: 11°,34°,70°

 

 

There are no Handouts for this set.