FACULTY Associate Professor John Phillips
EMAIL
Associate Professor Carisa Ramming
ARCH 101
ARCH 101 john.j.phillips@okstate.edu
carisa.ramming@okstate.edu
All course correspondence should filter through the emails above.
Correspondence is encouraged but to ensure a prompt response, you are expected to put “ENSC 2113” in your subject line. Homework questions that might be more time sensitive should be asked during office hours.
PHONE School of Architecture: 405-744-6043
TA TBA
OFFICE HOURS TBA
Online and on-campus (if desired) office hours will be scheduled.
TEACHING
ASSISTANTS
TEXT
TA hours and various tutoring hours are TBA and will be posted on D2L
Engineering Mechanics: STATICS, 14 th Ed., Hibbeler, R. C., Prentice Hall,
New Jersey, 2016. Also, you will need a MasteringEngineering code for online homework. Course ID: ENSC2113SUM16. The online homework code may be purchased with an etext option, too. www.masteringengineering.com
COURSE Course information (syllabus, due dates, homework, etc.) may be found at
INFORMATION oc.okstate.edu
(D2L)
PREREQUISITES PHYS 1114 or 2014 (Physics 1) and MATH 2144 (Calculus 1). If you haven’t successfully completed these courses, see your advisor immediately. You will be dropped from the course.
COURSE
OBJECTIVES
Ability to place forces into component form
Ability to draw free-body diagrams
Ability to determine support reactions for single and multi-member systems
Ability to calculate internal forces, including: axial (tension and compression), shear, and bending moment
Ability to calculate static friction: slipping, tipping, and wedges
Ability to calculate section properties: cross-sectional area, centroids, and moment of inertia
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ABET
STUDENT
OUTCOMES
ABET student outcomes that will be assessed for this course include:
(a) An ability to apply knowledge of mathematics, science, & engineering.
(e) An ability to identify, formulate, and solve engineering problems.
LEARNING
EXERCISES
The homework problems are to develop proficiency in the analysis of various types of force systems.
EXPECTED The student is expected to have a good working knowledge in Physics
PERFORMANCE and Calculus, as well as develop the ability to analyze various types of force systems. Principles of equilibrium are important in many engineering courses in the curriculum. This course builds upon itself through the semester, thus students must not fall behind in the course.
CONDUCT
The University’s Academic Integrity Policy will be upheld in this and every course, and it is the responsibility of every student to abide by this policy. Any violation of this policy will be dealt with according to policy requirements without exception. Refer to the syllabus attachment.
EXAMS All examinations will be closed book and notes, with approved calculators only. Please refer to the approved calculator list. Cell phones and other unapproved electronics are not allowed.
Failure to abide by this policy will result in academic integrity procedures. Exams occur on the dates indicated in the course schedule – you must have your exam administered by an approved proctor on these dates. Exams are not compreshensive and will be weighted evenly. No exam re-grades will be considered after one week of return. Contact Engineering Distance Education for the
Proctor Qualification Agreement. http://ceatde.okstate.edu/proctorqualification-agreement
Only in exceptional circumstances (such as documented illness, death in the family, etc.), will an absence from a scheduled exam be excused.
Documentation must be provided. Not knowing or oversleeping is not an excuse.
If a student has been excused from an exam, they will take a comprehensive exam in addition to Exam #4 on the last day of the summer term – July 28, 2016.
In order to be excused from an exam, the student must submit, as early as possible, a written explanation and justification for the absence, together with any documentation (physician’s note, Athletic department request, etc.) This note should also have the student’s name, ID number, the date submitted, and must be signed by the student.
EXAM Students must supply their own pencils and calculator. Calculators must
CALCULATOR conform to the NCEES specifications for the FE exam. The approved list
POLICY may be found at http://ncees.org/exams/calculator-policy/
Casio fx-115 models, HP33s and HP35s, TI-30X and TI-36X
2

HOMEWORK Homework will consist of two components:
Homework on D2L: Two homework problems will be uploaded as one file to
D2L’s Dropbox by the due date and time. The PDF file name should include your last name and assignment number. As an example,
Phillips_HWK#1.pdf
. All homework must be worked by hand on engineering paper which is available at bookstores. Work is to be presented on one side of the paper and there is to be only one problem per page, using the faint line side of the engineering paper to work problems. Late homework will not be accepted without consent of the instructor. Penalties are given for homework that does not follow the required format. Homework is not to be copied from a solution manual and will result in zero credit or noted as an academic integrity violation.
Homework on MasteringEngineering: One online problem will be due per set that will be submitted on masteringengineering. www.masteringengineering.com
.
QUIZZES Online quizzes will be administered on D2L and are scheduled on weeks that do not contain a scheduled exam
– please refer to the course calendar.
FINAL GRADES In calculating your final grade for the course, the following percentages will be used:
Homework & Quizzes
Exam #1
Exam #2
Exam #3
Exam #4
20%
20%
20%
20%
20%
Final grades will be based on the following percentages:
A = 90 to 100
B = 80 to 89
C = 70 to 79
D = 60 to 69
F = Below 60
SPECIAL NEEDS Student Disability Services will coordinate with students to provide independence and academic progress. Please contact their office directly for assistance. Exam accommodation requests must be received one week in advance of the exam for consideration. http://sds.okstate.edu/
COURSE
OUTLINE
The course schedule is given on the following pages and may be subject to change throughout the semester
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Homework format steps include:
1) Write out the statement of the problem and what is required (given in text).
2) Sketch the given problem (part of the statement).
3) Sketch all Free-Body Diagrams showing all dimensions & forces.
4) Write out all equations & solutions - It is not sufficient to write numbers in eqn form.
5) The answer must be presented to completely define the problem. It is to be set apart from the calculations and underlined or boxed, with proper units given.
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Monday
6-Jun
Tuesday
7-Jun
Wednesday
8-Jun
Thursday
9-Jun
1.1-2.4/MasteringEng.
2.5-2.7
2.8-2.9
3.1-3.3
13-Jun
3.4
Intro to Mastering DUE
14-Jun
4.1-4.4
HW #1 DUE
15-Jun
4.5-4.6
HW #2 DUE/ QUIZ #1
16-Jun
EXAM #1
HW #3 DUE
20-Jun
4.7-4.8
HW #6 DUE
27-Jun
5.1-5.2
HW #10 DUE
4-Jul
HOLIDAY
11-Jul
6.6
HW #16 DUE
18-Jul
7.3
HW #19 DUE
25-Jul
10.5
HW #23 DUE
HW #4 DUE
21-Jun
9.1
HW #7 DUE
28-Jun
5.3-5.4
HW #11 DUE
5-Jul
6.1-6.3
HW #13 DUE
12-Jul
7.1
HW #17 DUE
19-Jul
8.1-8.2
HW #20 DUE
26-Jul
Strengths
HW #24 DUE
HW #5 DUE
22-Jun
9.2
HW #8 Due
29-Jun
5.5-5.7
HW #12 DUE
6-Jul
6.4
HW #14 DUE
13-Jul
7.2
HW #18 DUE
20-Jul
8.3
HW #21 DUE
27-Jul
HW #25 DUE (BONUS)
23-Jun
9.5 & 4.9
HW #9 DUE/QUIZ #2
30-Jun
EXAM #2
7-Jul
6.1-6.4
HW #15 DUE/QUIZ #3
14-Jul
EXAM #3
21-Jul
10.1-10.4
HW #22 DUE/QUIZ #4
28-Jul
EXAM #4