Climate Zones: Classifying Seven Weather Stations
Students apply simple rules to temperature and rainfall data to classify climate zones and learn how latitude and elevation affect temperature.
THE LESSON LIBRARY
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Students apply simple rules to temperature and rainfall data to classify climate zones and learn how latitude and elevation affect temperature.
Students apply Boyle’s, Charles’s, Gay-Lussac’s and ideal gas relationships to numerical problems and explain which direction each variable moves.
Students read a case study, complete a negative-feedback loop, analyze sample temperature and blood sugar data, and explain homeostasis with an analogy.
Students order integers, find absolute value, and add and subtract integers in temperature, depth and money situations.
Students use number line jumps to add and subtract, track temperature changes above and below zero, and count objects in arrays to build multiplication fluency.
Students fill in the safe cooking, holding and cold-storage temperatures, convert them to Celsius, and work two time-in-the-danger-zone problems.
Students read a short factual passage on the greenhouse effect, put the steps in order, match gases to their sources, and do a percent-increase and temperature-conversion calculation.
Students sort statements into weather or climate, calculate averages and ranges for two cities, and explain why a coastal city has a milder climate.