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 shrink 4.6 billion years onto a 46-meter rope to see how recent humans are, then use a sample rock column to order layers and a fault by relative age.
Students use a bacteria-growth case study, a half-life problem and compound interest to practice exponential functions, then connect exponents and logarithms.
Students use a data table to learn the four layers of Earth, convert real distances to a paper scale model, and judge how far humans have drilled.
Students build a frequency table from survey data and find the mean, median, mode and range of two data sets.
Students compute mean, median, mode, range and standard deviation, then see how an outlier changes each measure.
Students label the parts of a model opinion paragraph, then plan and write their own on a school-life question with two reasons and examples.
Students find sensory details in a model passage, rewrite bland sentences, and describe a school location using four or more senses.
Students use proportions and scale factors to find missing lengths in similar figures, maps, models and shadow problems, and complete a table on how perimeter, area and volume scale.
Students learn a six-step decision-making model, match each step to its job, and apply it to a fictional student’s scheduling problem.
Students study a short model story, plan a single small moment, and write a narrative paragraph that shows feelings through actions.
Students complete a one-page business canvas for a fictional dog-walking startup, calculate start-up costs and payback time, then sketch a plan for their own idea.