Course Syllabus
Welcome
We are pleased that you selected this course to fulfill your unique educational needs. You are now a member of the Mizzou Academy's global student body.
Course Overview
Algebra I is the the first step into mathematics after essential arithmetic. This course will help you build your skills to describe a situation with words, symbols like x², pictures, and data tables. The course will also provide you with the perspectives and tools to analyze a situation in order to understand patterns and relationships, to turn the unknown into the known, and to make predictions.
You have done this already. In grade-school math, a lot of problems were of the form of "2 + 3 = what?" In algebra, the unknown thing will be tangled in more complicated relations like "2 times something plus 4 = 10."
The first half of Algebra I explored relationships with a constant rate of change, "equal to" situations, and linear graphs. The second half of Algebra I extends these ideas to "greater than" situations and finding where lines intersect. This second half moves on to dealing with situations such as compound interest, population growth, and the height of falling objects. These graph as curves.
The skills to describe and analyze such mathematical situations are handy for more than these common practical applications. Algebra I skills are fundamental for subsequent mathematics courses and understanding business, construction, and technology.
Is algebra useful? Clearly, millions of people now and throughout history have lived happy and productive lives without mathematical skills much beyond 2 + 2 = 4. It may surprise many people to learn that algebra is not primarily about numbers. Algebra is about relationships: equality, inequality, relationships that increase, relationships that go downhill—and in this second half unit, relationships that go down and then come up again. Numbers and arithmetic help describe relationships.
Algebra is also about representations. You can describe a thing with words. You can describe a thing with a picture. Other representations include tables and the time-saving "x > y" language of math. Most things in life are better understood if we see them from different perspectives.
Algebra is also about problem solving. Problem solving often involves guessing, trying, failing, and trying again with an improved strategy. If you can stick through factoring polynomials, you will gain insight and stamina to build houses, to run a business, to settle disputes, and to succeed in other journeys that take more than one step.
Algebra is also about patterns and prediction. If you can see a pattern, you can predict what is yet to come.
Catalog Description: This course reviews the essential skills of arithmetic as they relate to the study of algebra, building upon the concepts learned in the first half of Algebra I. Topics covered include solving and graphing linear inequalities, systems of linear equations and inequalities, exponents and exponential functions, factoring polynomials, and quadratic equations and functions.
Pacing
This course can be completed in as few as six weeks or take up to 6 months (180 calendar days). The six weeks are counted from the date of the first lesson submission and not the date of enrollment.
Required Materials
TEXTBOOK
Larson, Boswell, Kanold, Stiff. Algebra 1 (Missouri Edition). Evanston, Illinois: McDougal Littell, 2008.
The textbook's publisher offers other valuable online resources as well, including: online experiments, alternative presentations of lessons, videos, additional practice exercises with automatic feedback, and advice for parents. You must register to access the material, but access is currently free.
MATERIALS
- Students should maintain an Algebra I Notebook to organize notes, practice exercises, and do other work. A three-ring binder is best because it allows the insertion of printouts and other loose materials. Is your notebook graded? Not directly. But from years of observing students, we know that students who practice these habits get good grades, and students who don't practice these habits get poor grades. The commentary will explain how to use a notebook to save brain cells and succeed in this course. After this initial advice, you are on your own in keeping up your notebook.
- Students will need to use 2, 5, or 10 mm, or similar, graph paper. Graph paper can be purchased in many stores or printed from online sources. The following PDF files can be printed to make graph paper. Any of these sizes are suitable for this course, but most students will prefer the 5 mm grid. Lines may appear uneven when viewed on the screen, but they should print satisfactorily.
- Students must have access to a graphing calculator when studying. We urge that you use the Texas Instruments TI-83, or the newer TI-84, graphing calculator. For this course, you will be viewing examples from the TI-84. Some other graphing calculators are accepted, as detailed below. The TI-83 and TI-84 graphing calculators are preferred for Mizzou K-12 Online / MU High School mathematics and science courses. These are widely used in U.S. schools, demonstrated by this course's textbook and lesson commentary, and available in retail stores. These types are permitted on many standardized tests that allow calculators. Though not all the features will be used in beginning courses, subsequent courses (through college graduation) will exploit more and more features of these calculators. These calculators are sturdy, so you should be able to find acceptable used ones. "Scientific calculators" and other calculators without the ability to graph a function and display tables are not adequate for all parts of this course. Computer tools have advantages, but you need practice with the tools you are allowed to use on some exams. Students may not use a calculator on the midterm exam, but they will be allowed to use one on the final exam although none of the calculations on this exam should actually require a calculator. The Casio fx9750G and the Casio fx7400G calculators are less expensive and will work fine for the calculations in this course. However, this course will refer only to the TI calculators when mentioning screen captures and specific key sequences. Help for Casio calculators can be found on the Internet.
- Students will need Microsoft Word to render MathType
† Materials used in connection with this course may be subject to copyright protection.
Technical Requirements
The most up-to-date requirements can be found here:
- Computer Requirements
- Browser Requirements
- Proctoring Requirements
- Microphone (external or internal)
- Webcam
Additional requirements for the course are below:
- audio and video recording capabilities (e.g. smartphone, camera)
Quizzes & Assignments
You should submit all assigned work in sequence (Lesson 1, then Lesson 2, etc.) Assignments for the course are listed in the lesson modules.
Quizzes
Quizzes are taken online. After you submit them, you’ll quickly receive a report on how you did. Unlike exams, you may use any assigned readings, your notes, and other course-related materials to complete graded quizzes and assignments.
WRITTEN Assignments
Lesson 4 and 9 include written assignments. Assignments may require you to submit your completed work in the form of a file (such as a text document, image, audio or video recording, or multimedia presentation) or a hyperlink for grading.
Reading and Using Feedback
After your work has been graded, you will receive a report that provides individualized feedback and comments on your work. Look carefully at what you missed and read any corresponding feedback. Then study the lesson materials to make certain that you can accomplish the associated learning objectives.
Each lesson provides step-by-step instructions on how to submit your work. Be sure to check submitted work carefully for errors (e.g. spelling, grammar, and punctuation) as they may result in points being deducted.
PRACTICE EXAMS
Midterm and Final Exam practice are available within the course. They are designed to help you solidify your knowledge of the material, help you reflect on your understanding, and judge your readiness for the proctored exam. Both practice exams are for your benefit only and will not count towards your grade.
Exams
You are required to take two proctored exams for this course.
See the "About Exams" in the policies section for addiitonal information on exams at Mizzou Academy.
Midterm Exam (covers Lessons 1–6) | Final Exam (covers Lessons 7–10) | |
---|---|---|
Questions and Type |
40 multiple-choice |
35 multiple-choice |
Points Possible | 160 points | 140 points |
Time Limit | 2.5 hours (150 minutes) | 2.5 hours (150 minutes) |
More Information | See the Midterm Exam Study Guide after Lesson 6. NO CALCULATOR ALLOWED on this exam. | See the Final Exam Study Guide after Lesson 10. A four-function (+, –, ×, ÷) calculator is optional. No scientific calculators allowed! |
Grades
Your final grade will be based on the number of points you earn on submitted work and exams. The available points are distributed as follows:
Source | Available Points |
---|---|
Assignments and Quizzes | 190 |
Midterm Exam | 160 |
Final Exam | 140 |
Total | 490 |
Getting Started Resources (Canvas and Other Resources)
View the content below to learn more about each of these elements and how they work in your Mizzou Academy Canvas course.
Academic Integrity
Our academic integrity policy at Mizzou Academy is based on our values of ethical behavior, learning, and giving all stakeholders the benefit of the doubt. Collaboration, research, and technical literacy are vital 21st-century skills when combined with academic integrity.
Definitions
Mizzou Academy's academic integrity policy is aligned with the University of Missouri’s academic integrity policy. The definitions of what constitutes "cheating" and "plagiarism"are posted on the Provost’s Advising Council’s webpage which can be found here: https://advising.missouri.edu/policies/academic-integrity.
Issues Involving Violations of Academic Integrity
If, when completing any of your assignments or exams for this course, you are found to have demonstrated cheating or plagiarism as defined above, this is a violation of academic integrity. At your teacher's discretion, violations of academic integrity may be subject to either or both of the following actions:
- receiving a zero for the assignment or exam
- receiving an F for the course
Accessibility
If you anticipate barriers related to the format or requirements of this course, please let Mizzou Academy know as soon as possible. If disability-related accommodations are necessary (for example, a scribe, reader, extended time on exams, captioning), please contact Mizzou Academy.
About Exams at Mizzou Academy*
*This section describes the policies of exams at Mizzou Academy. This section only applies if you have exams in your course. See the section above to see if you have exams.
ABOUT EXAMS
Your exams are online. It is your responsibility to schedule your exams.
During exams, unless otherwise noted, you are not allowed to navigate away from the exam or use any other resources. If you deviate from the exam guidelines without proper prior permission, it is considered cheating on an exam.
SCHEDULING EXAMS
Global Courses
Mizzou Academy values fair testing and assessment to determine that students master essential course concepts and skills. During a proctored exam, tests are supervised by an impartial individual (a proctor) to help ensure that all exams maintain academic integrity. You will need to use a Mizzou Academy approved proctor. Please see the Exam Proctoring webpage for more information.
- Choose a proctor and make arrangements for taking the exam.
- At least 2 weeks prior to taking your exam, submit your proctor information to Mizzou Academy
- You will be sent an email notice indicating if your chosen proctor has been approved or denied.
- Arrive at your proctor’s testing site at the scheduled time with a photo ID. At testing time, you will log into your Mizzou Academy account and select the exam for your proctor to access and administer.
Global Classroom Courses
If you are taking a global classroom course, work with your local teacher to identify your date of the exam and how you will be proctored. You do not need to request an exam date with the above form.
HOW TO PREPARE FOR EXAMS
- Complete and review all assignments.
- Review the learning objectives; make sure you can accomplish them.
- Be prepared to explain any key terms and concepts.
- Review all the lessons, exercises, and study questions.
- Review any feedback and/or comments on your assignments and previous exams; look up answers to any questions you missed.
Additional Course Policies and links
**Not applicable to World Language courses.
Canvas and Technical Support
Canvas is where course content, grades, and communication will reside for this course.
- courses.mizzouk12.missouri.edu
- This course is mobile-friendly. Download the mobile apps on your iOS, Android device.
- Getting Started with Canvas
- View the Getting Started Canvas Guides.
- For Canvas, Passwords, or any other computer-related technical support create a ticket in Canvas or contact Mizzou Academy Support.
- How to Get Help in Canvas
- Mizzou AcademySupport Phone: +1 855 256-4975
- Tiger Portal login - https://education.missouri.edu/mizzou-academy/
- Mizzou Academy Email - MizzouAcademy@missouri.edu
Course Summary:
Date | Details | Due |
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