Posted: February 4, 2021
Number Relations & Functions (2020 - 2021)
Bobby Jo Hickey and Laura Ketch
phone: (506) 523-7160
MATH 10 EVALUATION:
Factors and Polynomials – 40%
Relations and Functions – 40%
Linear Functions – 20%
Late Policy:
Ø To get full marks, assignments need to be handed in by the assigned due date.
Ø For every date late, after the assignment due date, 10% will be deducted from the mark (up to a maximum of 40%). Weekends count as one day.
Ø If a student is absent on a due date, a written excuse from a parent or guardian must be presented upon the student’s return, or the late-day deductions will apply.
Ø A student’s mark cannot be lower than 60% given that the student deserves a passing grade on the assignment to begin with. Any work getting a mark of less than 60% will receive that grade.
Ø In order to be graded, all work must be handed in no later than 1 week after the given due date of the assignment.
Course Evaluation:
Ø A demonstration of learning in January may consist of an exam, a cumulative project or assignment to be determined at a later date.
Extra Help:
Ø A Team has been created on Office365 to allow students (during their home days) to have access to a Mathematics teacher for all questions they may have concerning their daily work. Any students enrolled in a 9 or 10 Mathematics course are encouraged to join the team in order to have access to a teacher when doing work/assignments at home. This team will be operational daily during Period 3.
Who: Ms. Conroy
What: Help for all 9/10 Mathematic students
When: Period 3
What: Questions, clarity, instruction etc……
Why: Give students working from home an opportunity to access Math help every day they are not in the building.
Where: Office365.com > Teams > Join Team > Team Code: qdxnva8
Course Text: (Pearson) Foundations and Pre-Calculus Mathematics 10
MATH 10 CURRICULUM AND TIMELINE:
Unit 1: Algebra and Number
Chapter 1: Factors and Product
Chapter 2: Roots and Powers
Unit 2: Relations and Functions
Chapter 3: Relations and Functions
Chapter 4: Linear Functions
Chapter 5: Systems of Linear Equations
Chapter 6: Distance / Midpoint