Grade 10 Lesson plan
Thrapston School Flushing: Pipe Volume Before a Lead Sample
A 50-minute grade 10 lesson where students model school plumbing as cylinders to find how many gallons stand in the pipes and how long a flush must run.
Students practice grade-level mathematics on real utility quantities such as flow rates, tank volumes, and water bills, using the same formulas that appear on operator licensing exams.
68 materials written for this grade · refine by type, topic, or standard in the catalog
Grade 10 Lesson plan
A 50-minute grade 10 lesson where students model school plumbing as cylinders to find how many gallons stand in the pipes and how long a flush must run.
Grade 10 Lesson plan
A 50-minute grade 10 lesson where students compare eight weeks of turbidity readings from two fictional creek sites using mean, median, IQR, and an outlier test.
Grade 10 Worksheet
A grade 10 worksheet using the pounds formula to find nitrogen and phosphorus loads, removal efficiency, and permit compliance at a fictional treatment plant.
Grade 10 Math problem set
A grade 10 problem set on groundwater: students find aquifer storage in acre-feet and gallons, apply specific yield, and test pumping against a safe-yield limit.
Grade 10 Worksheet
A grade 10 worksheet where students size a gravel infiltration trench for a fictional parking lot using runoff volume, void space, and a 72-hour drawdown limit.
Grade 10 Lesson plan
A 50-minute grade 10 lesson where students model a fictional town's tiered water rates as equations, compute monthly bills, and solve for usage at a target bill.
Grade 10 Quiz & test questions
A grade 10 math unit test on a fictional plant: multiple-choice and computation items on the pounds formula, basin volume, detention time, and conversions.
Grade 10 Math problem set
A grade 10 math set sizing chlorine disinfection at a fictional plant: the pounds formula, chlorine demand, flow conversions, and clearwell contact time.
Grade 10 Lesson plan
A grade 10 lesson where students solve and graph a system of linear equations to find the break-even usage point between two fictional water utility billing plans.
Grade 10 Classroom activity
A grade 10 station-rotation activity where teams calculate dilution, travel time, and treatment effectiveness for a fictional PFAS spill nearing a water intake.
Grade 10 Lesson plan
A grade 10 lesson comparing linear phosphorus loading to exponential algae-coverage growth in a fictional pond, using explicit formulas to distinguish the two models.
Grade 10 Worksheet
A grade 10 worksheet where students model a pipe as a circle, apply the continuity equation, and find elevation-driven pressure loss for a fictional booster pump station.
Grade 10 Math problem set
An 8-problem grade 10 set where students track gallons and cost lost to a leaking water main, chaining unit conversions from gallons per minute to acre-feet.
Grade 10 Lesson plan
A grade 10 lesson where students find a sedimentation basin's volume, convert it to gallons, and use the detention-time formula to size a treatment plant's flow rate.
Grade 10 Worksheet
A grade 10 worksheet on chlorine dosing with the pounds formula and pH compliance checks against real EPA drinking-water standards for a fictional treatment plant.
Grade 10 Worksheet
A grade 10 worksheet in which students calculate reverse osmosis percent recovery, reject flow, and gallon-to-MGD conversions for a fictional groundwater plant.
Grade 10 Math problem set
An 8-problem grade 10 set where students calculate filter loading rate and turbidity removal efficiency, checking results against real EPA compliance limits.
Grade 10 Project
A 4-session grade 10 project where teams use a system of inequalities to design a feasible conservation-and-desalination plan within a fictional town's budget.
Grade 10 Math problem set
A grade 10 math problem set where students use the continuity equation and cylinder volume formula to size pipe flow and tank fill time for a well field.
Grade 10 Worksheet
A grade 10 geometry worksheet where students model cylindrical and spherical elevated-tank designs for a fictional town, comparing volume and surface-area efficiency.