Webgerminating peas carried out a more rapid process of cellular respiration than the non-germinating peas . The beads carried out no cellular respiration. Why does respiration increase with temperature? The increase in temperature enhances the rate of … WebCellular Respiration Pea Lab. Purpose: The purpose of this experiment is to measure the rate of respiration of germinating peas versus non-germinating peas. Hypothesis: The germinating peas will have a higher respiration rate more than the non-germinating peas. Materials: Peas (Germinating and non-germinating) Glass beads. Cotton. 3 …
Pea Respiration Lab - Rais Biology
WebNational Center for Biotechnology Information Web1. Use the respiration rate determined in Step 5, in CO 2 ppm/s, and the mass of your peas determined in Step 3, in grams, to determine the normalized respiration rate per gram of … flowland
Cellular Respiration in Germinating Peas - Studocu
Webrespirometer 1, with the germinated peas ended up changing in volume. Any changes that needed to be made to the volume were seen through the control group (beads only), and … WebNov 20, 2015 · 3. Determine the volume of germinated peas. • Fill a 100 ml graduated cylinder with 50 ml of water. • Add 25 germinated peas to the cylinder and measure the increase in water volume. The difference represents the volume of the peas. Pea volume = _____ ml. • Place the peas on a paper towel. These germinated peas will be used in … WebGerminating peas have a higher respiration rate than non-germinating. 2. This activity uses a number of controls. Identify at least three of the controls, and describe the purpose of each control. One control was the respirometer with only beads in it because it didn’t use respiration. Another control was that the water temperatures were constant. flow la musica