jueves, 28 de agosto de 2014

CHEMISTRY ASSIGNMENT DUE SEPTEMBER 1, 2014

Focus Questions
1. About how many known elements are there on Earth? Are they all
naturally made?
2. What are the main parts of an atom? Where are they located
within the atom?
3. What makes one element different from another?
4. How many protons are in a copper atom?
5. What is a property of copper that makes it useful to people?
6. How many substances are known to exist on Earth?
7. Who was Dmitri Mendeleev? What did he develop?
8. How is the Periodic Table of Elements organized? What determines
where an element is placed on the table?
9. What is the most common element in the universe?
10. What are the most common elements found in the Earth?
11. What is a compound? How is it different from an element?
12. What is a chemical bond?
13. What is the difference between a mixture and a compound?
14. What is a heterogeneous mixture? What are some examples?
15. What is a homogeneous mixture? What are some examples?
16. How does something dissolve?
17. What is a solution?
18. What are alchemists known for?

19. How is glass made? From what element is most glass formed?

viernes, 15 de agosto de 2014

PHYSICS SYLLABUS


            PHYSICS

         2014


 

 

I.                    GENERAL INFORMATION


COURSE                                              :  PHYSICS

FACILITATOR                                  :   ALI HASHMI

EMAIL ADDRESS                             :   ahashmi@sjs.edu.do

ROOM                                                   :   315

COURSE OVERVIEW:  students explore the fundamentals of physics through experimentation and discussion guided by the instructor. Through the process, the instructor poses questions and counterexamples until the students reach a consensus in their experimentation, after which concepts are formally summarized. This course provides a strong foundation for work in more advanced-level physics courses by introducing a number of basic skills, including significant figures, interpretation of graphs, problem solving, and the basics of laboratory work. Concepts covered include: Newtonian physics, fluids, thermodynamics, and electricity.
LABORATORY REQUIREMENTS: This course requires that 20 percent of the instructional time will be spent in hands-on laboratory work, with an emphasis on inquiry based investigation that provides students with opportunities to apply the science practices.


Objectives/Goals:
Teach students practical scientific skills, which they can use to investigate study and explain the world around them.
• Give students a deeper understanding of the how biology impacts their daily lives.
• To encourage the spirit of scientific investigation and with it the attitudes of accuracy in thought and work.
Ability to design and conduct an experiment to explore a basic physics principle or law.
• Identify questions and concepts that guide investigation.
• Recognize and analyze alternative explanations and models.
• Communicate and defend a scientific argument.
 Emphasis on applying basic principles of logic.
• Analyze complex and/or poorly defined problems or that are not communicated well. (Not simply confined to well-defined word problems often found in textbooks.)
• Work in groups and communicate well.
• Develop multiple explanations of effects.
• Learn process to carefully observe, record, and analyze new, potentially unfamiliar phenomena.
• Learn to distill fundamental parameters of observations; develop (conceptual) models of observations; and test for correctness of proposed models.
GRADING POLICY:   
A             90-100                  Superior Achievement
B             80-89                     Above Average Achievement
C             74-79                     Average Achievement
D             70-73                     Minimal Achievement
F            Below 70               Failed to meet Minimal Standards
Grading:
·         Each quarter grade will consist of 60% daily and 40% Test grades. 100%. Tests may include chapter exams, lab exams, and major projects. Daily work may include class work, homework, quizzes, labs, activities, and performance task.
·          Laboratories--laboratories are a mandatory part of this class. Laboratory reports are required on some labs.
·          Major Projects --research projects may be assigned throughout the year. Each project will include a handout of details, expectations, and grading.
Assessment Overview:
Exam questions are based on learning objectives, which combine science practices with specific content. Students learn to
•          Solve problems mathematically — including symbolically
•          Design and describe experiments and analyze data and sources of error
•          Explain, reason, or justify answers with emphasis on deeper, conceptual understanding
•               Interpret and develop conceptual models
Due to the increased emphasis on quantitative skills and application of mathematical methods in the questions, students are allowed to use simple four-function calculators (with square root) on the entire exam. Students also receive a formula list as part of their testing materials.  
Supplies:
Notebook or Folder to keep assignments organized.
• Lined notebook paper
• Pen or pencil
Class Policies:
• If you are absent it is your responsibility to obtain any assignments you missed while you were gone.
• Approved absences – you have one day for each excused absence to make up your work. This includes daily grades and test.
• Missed exams must be taken before or after school within the time allowed.
• If you are absent during a lab you must make special arrangements to come in before or after school to make up the lab or get and alternative assignment.
Cheating/ Plagiarism:
• Cheating on a test or assignment will result in a grade of zero for all involved.
• Data for lab reports must be taken during lab. Copying of lab data after lab is not allowed. Each student is responsible for individual lab reports unless specifically stated by teacher.
Classroom Expectations:
Students are expected to be in their seat and ready when the bell rings.
• Materials (textbook, pencil, paper, and notebook) must be brought to class each day.
If you do not bring needed materials to class you will be sent to your locker to get them and will also receive a tardy if you are not in the room when the bell rings.
• The laboratory or room must be clean at the end of the period before leaving.
• Treat everyone with respect.
• Follow the instructions gives by teacher or lesson.
• All school rules will be followed as stated in the student handbook.
• Follow laboratory safety rules. You must sign and return in order to participate in labs.
Keys for Success:
·          Have a positive attitude!
• I am here to help you succeed, so feel free to ask me for help. I am available before and after school in my room on Monday, Wednesday and Friday.
• Ask lots of questions. If you are unclear about something from the textbook, lab, or from discussion, ask.
• Make sure that you understand how the lecture, homework, and labs interrelate.
Labs and homework are designed to reinforce significant ideas from the text. Make sure that you see these connections.
• Start studying for tests early. By studying and reviewing each night you are not only helping to prepare for the test more effectively, you are also more prepared for class each day and any quizzes that may be given.
Physics Content:
Motion and forces
Linear motion
Acceleration
Center of mass
Force
Mass
Newton's laws of motion
Speed
Velocity
Work (physics)
Rotational motion
Angular momentum
Angular velocity
Centripetal force
Circular motion
Introduction to angular momentum
Tangential velocity
Torque
Conservation of energy and momentum
Conservation of energy
Elastic collision
Energy
Inelastic collision
Inertia
Kinetic energy
Moment of inertia
Momentum
Potential energy
Rotational energy
Electricity and magnetism
Ampère's circuital law
Capacitor
Coulomb's law
Direct current
Electric charge
Electric current
Electric field
Electric potential energy
Electron
Faraday's law of induction
Ion
Joule heating
Lenz's law
Magnetic field
Ohm's law
Plasma (physics)
Resistor
Transistor
Voltage
Heat
Entropy
First law of thermodynamics
Heat
Heat transfer
Second law of thermodynamics
Temperature
Thermal energy
Thermodynamic cycle
Volume (thermodynamics)
Work (thermodynamics)
Waves
Diffraction
Doppler effect
Frequency
Harmonic oscillator
Hooke's law
Interference (wave propagation)
Light
Longitudinal wave
Polarization (waves)
Radio waves
Reflection
Refraction
Refractive index
Transverse wave
Snell's law
Sound
Vibrating string
Wave
Wavelength
Gravity
Gravitational potential
Newton's law of universal gravitation


ATTENDANCE POLICY (See Saint Joseph School Parent Handbook regarding attendance policies)
TARDY POLICY(See Saint Joseph School Parent Handbook regarding tardy policies)




















CLASSROOM RULES:   
1.      Respect: yourself, others and materials everyone and everything at all times. This includes listening to all speakers and not interrupting.
2.      Come to class with a positive and open-minded attitude: Sit in your assigned seat and be prepared to work when class starts.
3.      Stay on task: Don’t sleep, write notes, do homework (another class), talk out of turn, etc. All inappropriate items (cell phone etc.) will be confiscated!  You should only be working on Spanish during class. Follow directions the first time they are given.
4.      Be Prepared: Bring all necessary materials; notebooks and writing tools to class every day.
5.      No food, drinks, or personal grooming in class.
CLASSROOM EXPECTATIONS

Students are expected to:
·         Be in the classroom when the bell rings and start to work on your warm up expeditiously.
·         Be polite, courteous, and mannerly at all times (no back talk, no profanity, and no inappropriate gestures).
·         Do their best every day to take advantage of their learning experience.
·         Treat classmates and teacher with proper respect at all times.
·         Be responsible for bringing all necessary materials to class.
·         Ask questions when material or instructions are unclear.
·         Make appropriate use of time for independent studies (generally Tuesdays and Thursdays).
COMPETENCIES:

General:
• Ability to apply practical knowledge.
• Knowledge related to the profession.
• Ability to research, process, and analyze information from various sources of information.
• Ability to propose, identify and solve problems.

Interpersonal communication skills:
• Written communication skills.
• Team working.
• Interpersonal skills.
• Attitude of service.

Moral
• Respect.
• Ethical commitment.
• Commitment to quality.
• Commitment to excellence.

Additional Skills:
• Use of information technologies and communication.
• Research capacity.
• Creative capacity.

DISCIPLINE POLICY:   

If problems arise, the teacher may choose from the following:
·         Verbal warning
·         Change in seating
·         Student/Teacher conference
·         Parent contact
·         Parent/Teacher/Student conference
·         Administrative referral































THIS SYLLABUS IS SUBJECT TO MODIFICATIONS TO ACCOMMODATE FASTER OR SLOWER PACING OF MATERIAL.
Syllabus Acknowledgment

Ali Hashmi


WE HAVE READ THE SYLLABUS (ELECTRONIC FORMAT:
( www: sjshighschoolscience.blogspot.com) AND UNDERSTAND WHAT IS EXPECTED. WE ALSO UNDERSTAND THAT OUR SON/DAUGHTER IS RESPONSIBLE FOR HIS/HER WORK AND CONDUCT IN CLASS IN ORDER TO BE SUCCESSFUL.


Student Name:  _____________________________________________
                                                                (Please print)

Class Period: _________

           
_________________________________
(Student's Signature)
              


________________________________      ____________________________________
                      (Parent's Signature)                                    (Parent's E-mail)


                                               ______________________________
                                                               Parent’s phone number
                                          

Thank you,


___________________________

Ali Hashmi

CHEMISTRY SYLLABUS


CHEMISTRY

         2014


 

 

I.                    GENERAL INFORMATION


COURSE                                              :   CHEMISTRY

FACILITATOR                                  :   ALI HASHMI

EMAIL ADDRESS                             :   ahashmi@sjs.edu.do

ROOM                                                   :   315

COURSE OVERVIEW:  Students explore the fundamental principles of chemistry which characterize the properties of matter and how it reacts. Computer-based and traditional laboratory techniques are used to obtain, organize and analyze data. Conclusions are
developed using both qualitative and quantitative procedures. Topics include, but are not limited to: measurement, atomic structure, electron configuration, the periodic table bonding, gas laws, properties of liquids and solids, solutions, stoichiometry, reactions, kinetics, equilibrium, acids and bases, and nuclear chemistry
LABORATORY REQUIREMENTS: This course requires that 20 percent of the instructional time will be spent in hands-on laboratory work, with an emphasis on inquiry based investigation that provides students with opportunities to apply the science practices.


Objectives/Goals:
Teach students practical scientific skills, which they can use to investigate study and explain the world around them.
• Give students a deeper understanding of the how biology impacts their daily lives.
• To encourage the spirit of scientific investigation and with it the attitudes of accuracy in thought and work.
GRADING POLICY:   
A             90-100                  Superior Achievement
B             80-89                     Above Average Achievement
C             74-79                     Average Achievement
D             70-73                     Minimal Achievement
F            Below 70               Failed to meet Minimal Standards
Grading:
·         Each quarter grade will consist of 60% daily and 40% Test grades. 100%. Tests may include chapter exams, lab exams, and major projects. Daily work may include class work, homework, quizzes, labs, activities, and performance task.
·          Laboratories--laboratories are a mandatory part of this class. Laboratory reports are required on some labs.
·          Major Projects --research projects may be assigned throughout the year. Each project will include a handout of details, expectations, and grading.
Assessment Overview:
Exam questions are based on learning objectives, which combine science practices with specific content. Students learn to
•          Solve problems mathematically — including symbolically
•          Design and describe experiments and analyze data and sources of error
•          Explain, reason, or justify answers with emphasis on deeper, conceptual understanding
•               Interpret and develop conceptual models
Due to the increased emphasis on quantitative skills and application of mathematical methods in the questions, students are allowed to use simple four-function calculators (with square root) on the entire exam. Students also receive a formula list as part of their testing materials.  
Supplies:
Notebook or Folder to keep assignments organized.
• Lined notebook paper
• Pen or pencil
Class Policies:
• If you are absent it is your responsibility to obtain any assignments you missed while you were gone.
• Approved absences – you have one day for each excused absence to make up your work. This includes daily grades and test.
• Missed exams must be taken before or after school within the time allowed.
• If you are absent during a lab you must make special arrangements to come in before or after school to make up the lab or get and alternative assignment.
Cheating/ Plagiarism:
• Cheating on a test or assignment will result in a grade of zero for all involved.
• Data for lab reports must be taken during lab. Copying of lab data after lab is not allowed. Each student is responsible for individual lab reports unless specifically stated by teacher.
Classroom Expectations:
Students are expected to be in their seat and ready when the bell rings.
• Materials (textbook, pencil, paper, and notebook) must be brought to class each day.
If you do not bring needed materials to class you will be sent to your locker to get them and will also receive a tardy if you are not in the room when the bell rings.
• The laboratory or room must be clean at the end of the period before leaving.
• Treat everyone with respect.
• Follow the instructions gives by teacher or lesson.
• All school rules will be followed as stated in the student handbook.
• Follow laboratory safety rules. You must sign and return in order to participate in labs.
Keys for Success:
·          Have a positive attitude!
• I am here to help you succeed, so feel free to ask me for help. I am available before and after school in my room on Monday, Wednesday and Friday.
• Ask lots of questions. If you are unclear about something from the textbook, lab, or from discussion, ask.
• Make sure that you understand how the lecture, homework, and labs interrelate.
Labs and homework are designed to reinforce significant ideas from the text. Make sure that you see these connections.
• Start studying for tests early. By studying and reviewing each night you are not only helping to prepare for the test more effectively, you are also more prepared for class each day and any quizzes that may be given.
Chemistry Content Statement Outline

Inquiry, Reflection, and Social Implications
Scientific Inquiry
Scientific Reflection and
 Social Implications
 Forms of Energy
 Potential Energy (prerequisite)
 Chemical Potential Energy
 Molecules in Motion
Molecular Entropy
 Breaking Chemical Bonds
 Electron Movement
 Nuclear Stability
 Energy Transfer and Conservation
Conservation of Energy
 Hess’s Law
Energy Transfer (prerequisite)
Enthalpy
Heating Impacts
Bond Energy
Endothermic and Exothermic Reactions
Enthalpy and Entropy
Mass Defect
Properties of Matter
Kinetic Molecular Theory (prerequisite)
Elements, Compounds, and Mixtures
Properties of Matter (cont.)
Molecular and Empirical Formulae
Nomenclature
Properties of Substances
Solids
Molecular Polarity
Ideal Gas Law
 Moles
 Solutions
 Atomic Structure
 Electron Configuration
 Periodic Table
 Electron Energy Levels
 Neutral Atoms, Ions, and Isotopes
 Average Atomic Mass
 Changes in Matter
 Conservation of Matter
 Rates of Reactions
 Chemical Changes
 Balancing Equations
 Equilibrium
Phase Change/Diagrams
 Changes of State
 Chemical Bonds – Trends
 Chemical Bonds
 Reduction/Oxidation Reactions
 Acids and Bases
 Brønsted-Lowry
 Carbon Chemistry

ATTENDANCE POLICY (See Saint Joseph School Parent Handbook regarding attendance policies)
TARDY POLICY(See Saint Joseph School Parent Handbook regarding tardy policies)




















CLASSROOM RULES:   
1.      Respect: yourself, others and materials everyone and everything at all times. This includes listening to all speakers and not interrupting.
2.      Come to class with a positive and open-minded attitude: Sit in your assigned seat and be prepared to work when class starts.
3.      Stay on task: Don’t sleep, write notes, do homework (another class), talk out of turn, etc. All inappropriate items (cell phone etc.) will be confiscated!  You should only be working on Spanish during class. Follow directions the first time they are given.
4.      Be Prepared: Bring all necessary materials; notebooks and writing tools to class every day.
5.      No food, drinks, or personal grooming in class.
CLASSROOM EXPECTATIONS

Students are expected to:
·         Be in the classroom when the bell rings and start to work on your warm up expeditiously.
·         Be polite, courteous, and mannerly at all times (no back talk, no profanity, and no inappropriate gestures).
·         Do their best every day to take advantage of their learning experience.
·         Treat classmates and teacher with proper respect at all times.
·         Be responsible for bringing all necessary materials to class.
·         Ask questions when material or instructions are unclear.
·         Make appropriate use of time for independent studies (generally Tuesdays and Thursdays).
COMPETENCIES:

General:
• Ability to apply practical knowledge.
• Knowledge related to the profession.
• Ability to research, process, and analyze information from various sources of information.
• Ability to propose, identify and solve problems.

Interpersonal communication skills:
• Written communication skills.
• Team working.
• Interpersonal skills.
• Attitude of service.

Moral
• Respect.
• Ethical commitment.
• Commitment to quality.
• Commitment to excellence.

Additional Skills:
• Use of information technologies and communication.
• Research capacity.
• Creative capacity.

DISCIPLINE POLICY:   

If problems arise, the teacher may choose from the following:
·         Verbal warning
·         Change in seating
·         Student/Teacher conference
·         Parent contact
·         Parent/Teacher/Student conference
·         Administrative referral































THIS SYLLABUS IS SUBJECT TO MODIFICATIONS TO ACCOMMODATE FASTER OR SLOWER PACING OF MATERIAL.
Syllabus Acknowledgment

Ali Hashmi


WE HAVE READ THE SYLLABUS (ELECTRONIC FORMAT:
( www: sjshighschoolscience.blogspot.com) AND UNDERSTAND WHAT IS EXPECTED. WE ALSO UNDERSTAND THAT OUR SON/DAUGHTER IS RESPONSIBLE FOR HIS/HER WORK AND CONDUCT IN CLASS IN ORDER TO BE SUCCESSFUL.


Student Name:  _____________________________________________
                                                                (Please print)

Class Period: _________

           
_________________________________
(Student's Signature)
              


________________________________      ____________________________________
                      (Parent's Signature)                                    (Parent's E-mail)


                                               ______________________________
                                                               Parent’s phone number
                                          

Thank you,


___________________________

Ali Hashmi