Mole-to-Moles Ratio
In this lab, students will determine the ideal amount of sodium bicarbonate to completely react with 10 mL of 0.50 M acetic acid. Students will use these...
Variable Volumes
In this lab, students will use pressure and temperature sensors to determine the volume of gas needed to fill three differently sized plastic bags.
Stoichiometric Calculations
In this lab, students will identify the concentrations and amounts of the reactants required to produce a specific amount of moles of products, without...
Reaction Rates
In this lab, students will use pressure sensors to determine how the stirring and concentration of reactants affect how fast the reaction between acetic...
Standardizing Data
In this activity, students will analyze sample data to determine metabolic rates and calculate the micromoles of gas consumed or produced.
Cellular Respiration in Animals
In this activity, students will quantify the rate of cellular respiration for a macroinvertebrate or fish and determine the oxygen consumption rate.
Plant Photosynthesis and Respiration
In this activity, students will measure carbon dioxide levels in a closed environment to determine rates of photosynthesis and respiration for different...
Decomposition
In this lab, students will investigate the rate of decomposition in different soil and substrate samples.
Ecological Accounting
In this activity, students will determine how carbon cycling, photosynthesis, and respiration relate on a micro-scale by calculating the number of moles...
How a Greenhouse Works: Light
In this lab, students use a light sensor to determine how light or brightness depends on the angle at which the sun’s light strikes the surface of the...
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