This syllabus outlines the course content and expectations for an AP Physics C: Mechanics class. Over the course of four quarters, students will cover 14 chapters from the textbook covering topics like kinematics, dynamics, circular motion, energy, momentum, rotation, and gravity. Labs will also be conducted each quarter to supplement the textbook material. Classroom policies on attendance, academic honesty, assignments, and grading are also defined. The goal is to prepare students to take the AP Physics C: Mechanics exam in May by following the objectives set by the College Board.
Logs and Reflection Paper Writing Assignment5 pointsThe .docxSHIVA101531
Logs and Reflection Paper Writing Assignment
5 points
The Reflection Paper is a two-part Assignment
Please write a one-page reflection of your practice, progress and growth.. (4 points)
· You may discuss a topic or topics that we have mentioned in class. If you decide to discuss a particular topic, please choose one that you think is particularly interesting and/or important to your practice/progress.
· The assignment is NOT to summarize the semester but to reflect on how incorporating yoga in your daily has affected you and to discuss that in some detail.
· Please us an academic writing style, with examples from your personal experiences.
· Formatting: Times New Roman, 12 point font, double spaced
You may also choose to include any ideas, topics from the suggested texts, posted videos, and/or posted handouts. (1 point)
· Discuss any challenges to implementation of twice weekly practice.
· You do not need to use any references and can use a more personal/journalistic writing style.
LOGS:
Please fill out the log after each practice, noting all the components of the practice. Especially note how you felt after practice. This will aid you in developing your reflection paper, as will have a reference point to draw from. You may use the following table as reference. Please submit to Blackboard at both the midterm (10/15) and final (12/17), no later than 12:00 midnight on both dates.
DATE
IN CLASS/OUT OF CLASS
STYLE OF YOGA
COMPONENTS (MEDITATION, CHANTING, BREATH WORK, ASANA, ETC)
DURATION OF CLASS (60, 75, 90 MINUTES)
HOW DID YOU FEEL POST PRACTICE?
Malek School of Health Professions
2015-16
COURSE SYLLABUS
Course Number
HPR-119-B
Course Title
Yoga
Fall Semester
x
Spring Semester
Summer Semester
Year
2015
Name of Instructor
Julie Wieland, MPH, E-RYT
Meeting Day, Time, and Room Number
Thursday, 9:00-10:40am. Lee Center
Final Exam Day, Time, and Room Number Thursday 12/17
Office Hours, Location, Phone
By appointment
E-mail and Web Site
[email protected]
UNIVERSITY STATEMENTS
Academic Integrity
By accepting this syllabus, you pledge to uphold the principles of Academic Integrity expressed by the Marymount University Community. You agree to observe these principles yourself and to defend them against abuse by others.
Special Needs and Accommodations
Please advise the instructor of any special concerns or needs at the beginning of the semester. If you seek accommodation based on disabilities, you should provide a Faculty Contact Sheet obtained through the Office of Student Access Services, located in Rowley Hall.
Access to Student Work
Copies of your work in this course including copies of any submitted papers and your portfolios may be kept on file for institutional research, assessment and accreditation purpos ...
Renewable and Waste to Energy (ENVR 0016)-Spring -2020 -CW (As.docxcarlt4
Renewable and Waste to Energy (ENVR 0016)-Spring -2020 -CW (Assignment 1) – Session A & B– QP
MEC_AMO_TEM_034_01 Page 1 of 8
Instructions to Student
Answer all questions.
Deadline of submission: 03/06/2020 23:59
The marks received on the assignment will be scaled down to the actual weightage
of the assignment which is 50 marks
Formative feedback on the complete assignment draft will be provided if the draft is
submitted at least 10 days before the final submission date.
Feedback after final evaluation will be provided by 12/05/2020
Module Learning Outcomes
The following LOs are achieved by the student by completing the assignment successfully
1) Discuss the relationship between resources, energy generation and use
2) Explain the fundamental limitations of energy conversion
Assignment Objective
The module reviews and evaluates traditional methods of energy production and renewable energy
technologies. Fundamental theories are presented from a physical science perspective. The application of
these principles is then evaluated through the use of applied examples and case studies.
Assignment Tasks
Each student is requested choose any two forms of energy energy (solar, wind, tidal, wave, geothermal,
and biomass) discuss the relationship between resources, energy generation and use
2. Critically evaluate the potential and limitations of the application of those energy conversion in Oman
Introduction ( 200 words )
The introduction is very important as it sets the context for the report. Summarize the brief, briefly outline the case
and focus on its significance (problem statement), state the report's aim (objective), and describe how the report is
organized. It is not usual to detail findings or recommendations in the introduction.
`
IN SEMESTER INDIVIDUAL ASSIGNMENT
Module Code: ENVR 0016 Module Name: Renewable and Waste to Energy
Level: 3 Max. Marks: 100
Renewable and Waste to Energy (ENVR 0016)-Spring -2020 -CW (Assignment 1) – Session A & B– QP
MEC_AMO_TEM_034_01 Page 2 of 8
2. Case study/Evaluation of the case (report body) ( 600- 800 words )
The previous sections (abstract & introduction) are preliminary sections. Case study's body section is organized as
follows:
Headings should be informative and descriptive providing a clue to the contents of the section.
Describe the context of the case. Present the central issue you will be analyzing, what decisions have already
been made or changes needed.
Justify your renewable energy resources selection, and discuss how you select the renewable energy
technologies; support you selection with solid evidence such as outside research, interview, etc. Through
online only
Present summaries of your findings, and what is acceptable/not acceptable as a solution with justification.
3. Conclusions ( 100 words )
Every report should include .
1. AP Physics C (Mechanics) Syllabus Gridley
Text: Physics for Scientists and Engineers. 5th edition, Serway, Raymond A., Robert J. Beichner, and John W. Jewett, Jr. 2000,
Brooks/Cole
Other materials: Notebook of your choice, calculator with trig functions, graph paper, ruler, and a protractor.
Course Description:
In this course the objectives set by the College Board will be followed to prepare the student for the AP Physics C-Mechanics
exam in May. The Mechanics portion of the AP Physics C course focuses on Newtonian Mechanics. The student will
participate in a variety of laboratory investigations.
First Quarter:
Chapter 1: Physics and Measurement; Chapter 2: Motion in 1-D Part one—kinematics; Chapter 2: Motion in 1-D Part two—
DVA graphs; Chapter 3: Vectors; Chapter 4: Motion in 2-D Part one—Projectile motion
Second Quarter:
Chapter 4: Motion in 2-D Part two—circular acceleration Chapter 5: The Laws of motion Part one—basic Newton’s’ Laws;
Chapter 5: The Laws of motion Part two—Applications of Newton’s laws, equilibrium, friction; Chapter 6: Circular motion
Part one –uniform circular motion; Chapter 6: Circular motion Part two—non uniform circular motion and resistive forces
Third Quarter:
Chapter 7: Work and Kinetic Energy Chapter 8: Potential Energy and Conservation of Energy Part One—conservative forces;
Chapter 8: Potential Energy and Conservation of Energy Part two—non conservative forces
Chapter 9: Linear momentum and collisions; Chapter 10: Rotation of a Rigid Object About a Fixed Axis Part one—kinematics
and dynamics; Chapter 10: Rotation of a Rigid Object About a Fixed Axis Part two—torque
Fourth Quarter:
Chapter 11: Rolling Motion and Angular Momentum; Chapter 12: Static Equilibrium and Elasticity; Chapter 13: Oscillatory
Motion; Chapter 14: The Law of Gravity; Review for AP Exam
Note: The topics covered each quarter may need to be adjusted depending on school calendar and when breaks occur.
Class time:
Students are expected to maintain appropriate classroom behavior at all times. All school rules will be followed in class.
Safety First:
Labs are to be conducted in such a way that equipment and students are safe. Inappropriate behavior during labs or misuse
of lab equipment will have serious consequences for the student, including but not limited to zero for the lab, and
exclusion from other labs.
Absences:
• It is the STUDENT’S responsibility to determine what is missing and the due dates.
• Most of my notes are given on the overhead and therefore erased. You will need to get class notes from someone in
class or take careful notes from the text. You are expected to get notes within two day of the absence.
• If a student misses classwork, homework, a quiz or a test it is expected to be completed and turned in within two days
of absence. An extension may be granted by the teacher if requested by the student.
• If a student misses a lab it is to be made up within one week of the absence.
• A student that is absent for a school related activity (field trip, band, athletics…) is responsible for the work
done that day and should be prepared for the next days work—including turning in any homework that is
assigned, getting any missed notes and being prepared for any quiz or test.
Academic Honesty (cheating)
• Keep in mind that maintaining academic honesty and integrity will benefit you more than anyone else.
• Students are encouraged to actively work together to finish a problem, lab or other assignments.
• Students that are suspected of cheating will receive a zero for that assignment. Be aware that I consider a student
cheating if the student is copying or allowing someone to copy.
• If a student gives an assignment to another student to copy that student that gave the assignment and the student that
copied the assignment will both receive zeroes and an academic referral.
• If a student takes another student’s assignment without their consent the student that is cheating will receive a zero for
the assignment and a disciplinary referral for stealing and the other student will not be penalized.
Turning in assignments:
The due date and deadline for all assignments is the same date. If a student is working on an assignment in the five minute
passing period it will be considered incomplete and will not be accepted.
Grading: Please note I grade using weighted categories and percents, not total points.
For all graded assignment NO WORK = NO CREDIT
To ensure full credit for word problems: Indicate what is given. Identify what is unknown. Identify the formula to be used.
Substitute. Solve—include appropriate number of significant figures and appropriate units.
To ensure full credit for conceptual questions justify answers and include appropriate Physics terms.