Demonstrate understanding of rational numbers including:
comparing and ordering
relating to other types of numbers
solving situational questions.
[C, CN, PS, R, T, V]
Order a given set of rational numbers, in fraction and decimal form, by placing them on a number line and explaining the reasoning used (e.g., 3/5, - 0.666, 4,… , 0.5, -5/8).
Determine a rational number between two given rational numbers and describe the strategy used.
Create a representation depicting how whole numbers, fractions, decimals, integers, square roots, and rational numbers are related to each other.
Provide examples to explain how knowing about how to add, subtract, multiply, and divide integers and positive rational numbers informs knowing how to add, subtract, multiply, and divide rational numbers.
Provide examples to demonstrate how the order of operations can be extended to rational numbers.
Solve situational questions involving operations on rational numbers, with or without the use of technology.
Analyze a simplification of an expression involving rational numbers for errors.
Science 8
We continue with talking about cells but now we move to systems...
Outcome: CS8.3
Distinguish structural and functional relationships among cells, tissues, organs, and organ systems in humans and how this knowledge is important to various careers. [CP, SI]
Pose questions about the composition of the human body such as “What are humans made of?”.
Research various ideas and theories, past and present, used to explain the composition of the human body (e.g., living organisms were made of air, fire, and water; and body is animated by spirit).
Analyze why cells and tissues are specialized in multi-cellular organisms.
Describe the function and provide examples of the four major types of tissue found in humans (i.e., muscle, nerve, epithelial, and connective tissue).
Construct a representation of the relationships among cells, tissues, organs, and organ systems in humans using examples from the respiratory, circulatory, digestive, excretory, and nervous systems.
Relate the needs and functions of various cells and organs to the needs and functions of the human organism as a whole.
Summarize the main points of modern cell theory and identify the contributions of men and women, past and present, to the development of the theory.
Describe examples of science- and technology-based careers in Saskatchewan that require an understanding of cells and human body systems (e.g., lab and X-ray technicians, doctors, physiotherapists, nutritionists, and public health nurses).
Science 7
We are working on Cycle Presentations. Some students are making movies, some are making PowerPoints while others are making songs! I'm excited to see the results!
Quiz on Tuesday about graphical analysis.
Answers from Quiz for Practice on Physics page.
Vector components - Wednesday
Navigation - Thursday
Only 2 students on Friday - work on Review Questions. Math 9
Finishing Exponents - Test on Friday! Science 8
Physics 30 Why displacement is area under the velocity-time line? We are continuing to look at Kinematic equations and how they work with graphs. Math 9 We are looking at the exponent laws. Some quizzes to keep you learning:
We only have 3 weeks of classes and 1 week of exams until summer!!!
Math 9
We have started our LAST unit on probability. I have planned many hands on classes with the students and am very excited about their response. I have even developed a "Deal or No Deal" probability game that will be played on Wednesday, June 10, 2015.
This week: We will begin with watching a "Bill Nye" video on probability. I will review definitions with the students including the difference between theoretical, experimental and subjective probability. We will also learn about odds and bias. We will learn how to create a survey with a sample of the population. (So don't be surprised if they ask you their survey question)
Science 8
We will conclude our water systems unit on Wednesday June 3, 2015 and have the test on Exam week. On Friday, June 5, 2015 and Tuesday, June 9, we will complete our boat prototypes so we can head to the boat races on Friday, June 12, 2015. (I will be sending field trip forms this week)
Coming up: We are heading to Pike Lake on June 15, 2015 where we will swim and have a session with a naturalist about water. Review of material will take place on June 17 and June 19.
Science 7
Today, we learned about building mountains. We had a hands on experiment with playdoh, wooden blocks and a bar clamp. We will learn about rock classification on Thursday, June 4 and potash on Monday, June 8, 2015. The remaining classes will be time to work on their FINAL PROJECT that will be done in place of a final. Presentations will take place during Exam Week.
I know I'm excited for the long weekend! I hope everyone has some fun things planned! Math 9 For this week, we are discussing outcome SS9.2 Extend understanding of area to surface area of right rectangular prisms, right cylinders, right triangular prisms, to composite 3-D objects. We are starting with a WebQuest at the beginning of the week: http://sd13.org/~cmueller/FAW%20webquest/intro.htm Science 8 We are continuing our Buoyancy Unit including making tinfoil and playdoh boats to test buoyancy. Water Resistance: The forces which act upon an object's movement when placed in water Friction: The force which pushes against an object when it tries to slide over or on another object. Frontal Resistance: The concept that the more surface area that you present in the direction of the movement, the more resistance you create and the more force you need to overcome that resistance. The distribution of the mass of an object, determining the position of the center of gravity. Center of Gravity: This is the position where all the weight of an object is considered to be centered or balanced. It is not necessarily inside the object. The lower the center of gravity, the greater the stability of the object or the closer the center of gravity to the base, the greater the stability. Internet Links: Website Water Resistance http://www.hydrotone.com/physics.html Website Video: http://wings.avkids.com/Curriculums/Forces_Motion/friction_howto.html Center of Gravity Resources: http://www.boatsafe.com/kids/021598kidsques.htm Professional Designers in the Community: http://www.educationcenteronline.org/Design-Schools/index.html http://www.designschoolresource.com http://jobfutures.ca/noc/browse-occupation-alphabet.shtml#D Science 7 PRESENTATIONS ON TUESDAY, MAY 12! Groups will present on Convection, Conduction or Radiation to help their fellow classmates learn more about the difference between these different heat transfers.
Sorry for the late post. Junior Badminton is keeping me busy!!
Math 9
We finished our circles unit with chalk drawings outside! Students reviewed the circle properties dealing with tangents, radius, chords, central and inscribed angles.
We have now moved on to similar triangles and have created paper cranes to demonstrate some definitions with the unit.
March 26, 2015 Sorry for the late post! Still recovering from Science Fair plus prepping for next week. I will be unavailable for Parent - Teacher Interviews on April 1st (not joking) so I will make a day AFTER Junior Badminton Playoffs (April 18) to meet with those parents who wish to have a discussion about their child's progress in my class. Please email me if you would like to set up an interview for a future date. Math 9 Week 27 Circles, Tangents, Chords Test on Friday, March 27, 2015
I feel like I'm running around in circles as I teach about circles! LOL Math 9
Circles, Tangents and Chords, OH MY!
Geometry, I find you either hate it or love it. We will be learning a few properties of circles this week to coincide with the following objective in the Saskatchwan Grade 9 Math Curriculum:
Outcome: SS9.1
Demonstrate understanding of circle properties including:
perpendicular line segments from the centre of a circle to a chord bisect the chord
inscribed angles subtended by the same arc have the same measure
the measure of a central angle is twice the measure of an inscribed angle subtending the same arc
tangents to a circle are perpendicular to the radius ending at the point of tangency.
DUE TOMORROW: Beginning of Class: Project Summary, Log book
End of Class: Display Board
REMEMBER ORAL PRESENTATION FOR JUDGES*
Science 7
SCIENCE FAIR ON THURSDAY!
DUE WEDNESDAY : Beginning of Class: Project Summary, Log book and Display Board
REMEMBER ORAL PRESENTATION FOR JUDGES*
*
Presentation to Judges
On the day of the science fair, you
will be approached a number of times by a judge or group of judges who are
excited to see what you did your project on.
Follow this outline in order to give a proper presentation:
1) Smile and
introduce your self and shake hands with the judge(s)
After this point the judges will ask
you to tell them about your project. At
this point you will be required to give a presentation that lasts around 3-5
minutes
The presentation will require you to
tell the judges a variety of things regarding your project. You can either use your backboard as a guide
or use cue cards. DO NOT STARE AT YOUR
BACK BOARD AND READ IT WORD FOR WORD!
Present in the following way.
2) State
your title to the judges and tell them how you came up with the idea
(introduction)
3) Discuss
your main question (purpose) and what you believed your findings would be
(hypothesis)
4) Explain
the research you did to begin answering your question (background
information). Use statements like: “I
did some research on ____________ and I found out that ___________.” If you did a study, this section will make up
the majority of your presentation and you will not include step 5.
5) Discuss
how you set up your experiment or innovation. (procedure)
6) Explain
your findings by referring to your observations and data collected. (data and
observations and conclusion) Make sure you refer to any charts, graphs, or
photos you have to back up your results.
7) Explain
how your project is significant to the world we live in and the people in
society (significance) and discuss anything that may have gone wrong (sources
of error)
8) feel free
to add in any other interesting or important pieces of information that you
think the judges would like to know.
At the end of your presentation, the
judge(s) will often ask a few questions to either clarify something about your
project or to find out further information.
If you truly put in a good effort and worked hard, you will know the
answer to these questions. In the case
that you DO NOT know the answer DO NOT TRY TO MAKE UP AN ANSWER! When you are asked a question you are unsure
of just be honest and let the judge(s) know that you are not sure what the
answer to that question is.
Please read over this document and
feel comfortable with it. Plan out your
presentation in advance so you are ready for the day of the fair. Be confident and ready to let everyone know
about the great work you did!
** We covered some of this material before the midterm but will be learning more about these outcomes the next couple weeks. Science 7 & 8 - SCIENCE FAIR ON MARCH 19!! Subway will be available! Money and forms due Monday March 16! TIMELINE:
MARCH 3 (8’s) & 4 (7’s)
•EXPERIMENT PROGRESS
MARCH 9 (8’s) & 10 (7’s)
•DISPLAY IDEAS – POSTER, VIDEO, ETC
MARCH 17 & 18
•DISPLAY AND EXPERIMENT RESULTS DUE
MARCH 19
•SCIENCE FAIR
** If students are following behind in timelines, I will have them stay in for lunch to work on assignment.
WHAT HAS TO BE HANDED IN:
1. Log book: a science fair journal used to keep track of all research, ideas, questions, and action taken during your project. The log book is a binder where documents can be easily added.
2. Project Summary: A report that is approximately 3-6 pages long that describes the scientific method that you went through to complete your project. It contains a number of things outlined later in the page.
3. Backboard and Display: A backboard made of coroplast or wood must be constructed to display a shortened version of your project summary. A backboard must be eye catching but not distracting! Other important aspects of your project can be brought to display at your table.
4.Presentation:When being judged or viewed by members of the public, you must have a presentation ready.A presentation is a verbal explanation of your project.Do not read directly off of your backboard, but use it as a guide.Some people use cue cards!
PROJECT SUMMARY IS MADE UP OF:
A project summary will outline the scientific method:
1) Title Page: It is a good idea to have a catchy title that will attract someone to your project. Underneath your catchy title should be a scientific title of your project. The title page should also display your name, grade, and school.
2) Introduction: A section that outlines how or why you decided to do the project. The introduction usually contains basic information about the topic or some common beliefs about the topic.
3) Purpose: This is the initial question you thought of. A purpose is always worded in the form of a question. The rest of your project is based on trying to answer this question!
4) Hypothesis: Before any experimentation is done you must hypothesize (or guess) what the answer to your question might be. Make this guess based on what you already know or what you think.
5) Background Information: This is also known as research. You must research all the different aspects of your project in order to make sure you are familiar with the topic. For a study, this will make up the majority of your project.
6) Materials: A list of everything you may need to use during your experiment or innovation. A list of materials is not needed for a study.
7) Procedure: A step-by-step process of all the steps you go through during your experiment or the building, use, and testing of your innovation. A procedure is not usually needed for a study.
8) Data and Observations: During your project you must record all the results. If you do an experiment, you are going to have to record all the data for all the different variables you test. Data is usually recorded in a chart and best displayed in charts, pictures, graphs, etc.
9) Conclusion: After all the tests are done, you must decide on what the answer to your question is based on all the evidence you collected. A conclusion will contain your answer and how that answer compared with your hypothesis.
10) Sources of Error: During a science project, there is a possibility that something might contribute to inaccurate results. This is a list of any of those things.
11) Significance: Every project you do will have some significance to society and the world we live in. You project will probably have a direct significance to you. This section is a discussion on how your project is significant or how the findings could be significant.
12) Future Directions: No project is ever complete. There is always a way that you could keep your project going by doing more or further testing or changing it slightly to involve other variables. This section describes those possibilities.
13) Acknowledgments: During a project you may have to talk to professionals or get help from someone. This section is a list of all the people that made your project possible.
14) Bibliography: It is very important that you source all the places where you got information. This includes books, magazines, the internet, people, and others. The bibliography must be done in APA style.
We will continue with Linear Equations this week! We will continue the hand outs until Wednesday, write a Test for Practice on Thursday and a test on Friday!
Science 7 & 8 - SCIENCE FAIR ON MARCH 19!! TIMELINE:
MARCH 3 (8’s) & 4 (7’s)
•EXPERIMENT PROGRESS
MARCH 9 (8’s) & 10 (7’s)
•DISPLAY IDEAS – POSTER, VIDEO, ETC
MARCH 17 & 18
•DISPLAY AND EXPERIMENT RESULTS DUE
MARCH 19
•SCIENCE FAIR
** If students are following behind in timelines, I will have them stay in for lunch to work on assignment.
WHAT HAS TO BE HANDED IN:
1. Log book:
a science fair journal used to keep track of all research, ideas,
questions, and action taken during your project. The log book is a binder where documents can
be easily added.
2. Project Summary: A report that is approximately 3-6 pages long
that describes the scientific method that you went through to complete your
project. It contains a number of things
outlined later in the page.
3. Backboard and Display: A backboard made of coroplast or wood must be
constructed to display a shortened version of your project summary. A backboard must be eye catching but not
distracting! Other important aspects of
your project can be brought to display at your table.
4.Presentation:When being judged or viewed by members of the public, you must have a
presentation ready.A presentation is a
verbal explanation of your project.Do
not read directly off of your backboard, but use it as a guide.Some people use cue cards!
PROJECT SUMMARY IS MADE UP OF:
A project
summary will outline the scientific method:
1) Title
Page: It is a good idea to have a catchy
title that will attract someone to your project. Underneath your catchy title should be a
scientific title of your project. The
title page should also display your name, grade, and school.
2)
Introduction: A section that outlines
how or why you decided to do the project.
The introduction usually contains basic information about the topic or
some common beliefs about the topic.
3)
Purpose: This is the initial question
you thought of. A purpose is always
worded in the form of a question. The
rest of your project is based on trying to answer this question!
4)
Hypothesis: Before any experimentation
is done you must hypothesize (or guess) what the answer to your question might
be. Make this guess based on what you
already know or what you think.
5)
Background Information: This is also
known as research. You must research all
the different aspects of your project in order to make sure you are familiar
with the topic. For a study, this will
make up the majority of your project.
6)
Materials: A list of everything you may
need to use during your experiment or innovation. A list of materials is not needed for a
study.
7)
Procedure: A step-by-step process of all
the steps you go through during your experiment or the building, use, and
testing of your innovation. A procedure
is not usually needed for a study.
8) Data and
Observations: During your project you
must record all the results. If you do
an experiment, you are going to have to record all the data for all the
different variables you test. Data is
usually recorded in a chart and best displayed in charts, pictures, graphs,
etc.
9)
Conclusion: After all the tests are done,
you must decide on what the answer to your question is based on all the
evidence you collected. A conclusion
will contain your answer and how that answer compared with your hypothesis.
10) Sources
of Error: During a science project,
there is a possibility that something might contribute to inaccurate
results. This is a list of any of those
things.
11)
Significance: Every project you do will
have some significance to society and the world we live in. You project will probably have a direct
significance to you. This section is a
discussion on how your project is significant or how the findings could be
significant.
12) Future
Directions: No project is ever
complete. There is always a way that you
could keep your project going by doing more or further testing or changing it
slightly to involve other variables.
This section describes those possibilities.
13) Acknowledgments: During a project you may have to talk to
professionals or get help from someone.
This section is a list of all the people that made your project
possible.
14)
Bibliography: It is very important that
you source all the places where you got information. This includes books, magazines, the internet,
people, and others. The bibliography
must be done in APA style.