Calculate the net secondary productivity in grams per meter per week for the population of Tenebrio. Did the mealworm container change mass over the of the experiment? What does this indicate about the conservation of mass in a closed system (That is a system in which nothing is added or removed) Did the mealworms grow or progress from larvae to pupae to adults during the experiment? What does this indicate about the conservation of mass in a closed system? Are there ways to increase the net productivity of either the wheat or the Tenebrio? What environmental factors may affect the net productivity? How can the respiration rate be determined for the or the Tenebrio? Is the net primary productivity different for a dicot plant or another small animal? Of the factors identified in the above questions, which can be replicated as an experiment in the laboratory?
Calculate the net secondary productivity in grams per meter per week for the population of Tenebrio. Did the mealworm container change mass over the of the experiment? What does this indicate about the conservation of mass in a closed system (That is a system in which nothing is added or removed) Did the mealworms grow or progress from larvae to pupae to adults during the experiment? What does this indicate about the conservation of mass in a closed system? Are there ways to increase the net productivity of either the wheat or the Tenebrio? What environmental factors may affect the net productivity? How can the respiration rate be determined for the or the Tenebrio? Is the net primary productivity different for a dicot plant or another small animal? Of the factors identified in the above questions, which can be replicated as an experiment in the laboratory?
AP%20Lab%2010%20-%20Energy%20Dynamics%20Flinn.docx