Arithmetic Sequences and Linear Growth
Students find common differences, extend arithmetic sequences, use aₙ = a₁ + (n − 1)d, and model plant growth and savings with linear equations.
THE LESSON LIBRARY
Find a lesson that fits your subject, your students, and the time you have.
Students find common differences, extend arithmetic sequences, use aₙ = a₁ + (n − 1)d, and model plant growth and savings with linear equations.
Students fill in a running balance in a check register, reconcile it with a bank statement, and work out an overdraft fee and savings interest.
Students match the functions of money, then calculate simple and compound interest, loan costs and a bank’s lending margin.
Students sort a teen’s weekly expenses into needs, wants and savings, add the totals, and decide what to cut.
Students calculate markup, discounts, margin and bundle savings, compare two pricing choices, and match six common pricing strategies to their definitions.
Students classify eight energy sources as renewable or nonrenewable, then calculate sample electricity bills and the savings from a more efficient light bulb.
Students compare unit prices and sale offers, plan how long it takes to reach a saving goal, and calculate a charitable gift with an employer match.
Students use the compound interest formula and a provided growth-factor table to compare simple and compound interest and see why starting early matters.
Students calculate gross pay, a made-up tax withholding, and net pay for a part-time job, then build a weekly savings and spending plan.