The goal of Advanced Business and Consumer Mathematics is to provide the student with practical applications useful in future vocational training, careers, or personal life. This course satisfies the mathematics requirement at the Provincial level.

Hours: 120 (Lecture Hours: 6)

Total Weeks: 20

Prerequisites:

Grade 10 Mathematics; successful completion of ABE placement test;
OR permission of the Instructor

Non-Course Prerequisites:

None

Co-Requisites:

None

Course Content:
Fundamental operations
- basic operations with whole numbers and decimals (without calculator support)
- cross-checking
Measurement
- linear, perimeter, area, volume, capacity, mass
- conversions
- ratio and proportion
- percentage
- simple interest calculations
- mark up and mark down
- equivalent rates
Personal Finance
- bank notes, discounts, proceeds
- credit procedures and terminology
- mortgages, amortization, equity
- property tax and insurance
- life insurance (types, premiums, etc.)
- vehicle insurance (collision, liability, adjustments)
- stocks (buying and selling, yield)
- payroll
-commission
- brokerage
- discounts (retail, cash, trade, single discount equivalent)
Investment Mathematics
-depreciation (straight line, fixed rate, etc.)
- compound interest
-annuities

- bonds (purchase and sale)

Learning Outcomes:
The student will demonstrate the ability to solve practical mathematical problems that have business and consumer applications.
- The student will solve practical math problems involving basic operations, measurements, percentage, ratio and proportion using a variety of effective problem solving strategies
- The student will solve practical business and consumer-related math problems involving insurance, investments, taxes, and banking.

Skills:
- demonstrated use of accurate math vocabulary
- perform basic operations without calculator support
- cross-check to verify responses
- complete invoices
- choose appropriate formulae given application problems
- manipulate formulae
- extract useful information from charts and graphs
- employ problem solving strategies including estimation, pattern recognition, sketching, trial and error, checking, imagery, sequencing, talking aloud, and critical analysis

- determine useful information within a word problem

Technologies:

-use calculator functions including memory, parentheses, x/y function