b. The Calvin Cycle uses sugar molecules formed within d. The processes in the thylakoid membrane use sugar the thylakoid membrane to generate high-energy molecules formed during the Calvin Cycle to generate molecules. high-energy molecules. ____ 45. color(s) is/are best reflected in plants? a. c. blue b. red d. both red and blue ____ 46. Where do the light independent reactions occur? a. stroma c. matrix b. thylakoid d. inner mitochondrial membrane ____ 47. Which of the following is an autotroph? a. mushroom c. leopard b. dog d. tree ____ 48. The starting molecule for glycolysis is _______. a. ADP c. citric acid b. pyruvic acid d. glucose ____ 49. Which of the following is not a stage of cellular respiration? a. Calvin Cycle c. glycolysis b. Kreb’s Cycle d. electron transport chain ____ 50. A student grew algae in the presence of a poison that stops the light-independent reactions of photosynthesis. As a result, which molecules will the light-dependent reactions stop producing? a. ADP and NADP+ c. ATP and NADP+ b. ADP and NADPH d. ATP and NADPH
b. The Calvin Cycle uses sugar molecules formed within the thylakoid membrane to generate high-energy molecules. d. The processes in the thylakoid membrane use sugar molecules formed during the Calvin Cycle to generate high-energy molecules. ____ 45. color(s) is/are best reflected in plants? a. c. blue b. red d. both red and blue ____ 46. Where do the light independent reactions occur? a. stroma c. matrix b. thylakoid d. inner mitochondrial membrane ____ 47. Which of the following is an autotroph? a. mushroom c. leopard b. dog d. tree ____ 48. The starting molecule for glycolysis is _______. a. ADP c. citric acid b. pyruvic acid d. glucose ____ 49. Which of the following is not a stage of cellular respiration? a. Calvin Cycle c. glycolysis b. Kreb’s Cycle d. electron transport chain ____ 50. A student grew algae in the presence of a poison that stops the light-independent reactions of photosynthesis. As a result, which molecules will the light-dependent reactions stop producing? a. ADP and NADP+ c. ATP and NADP+ b. ADP and NADPH d. ATP and NADPH
Cells%20and%20Energy%20Study%20Guide.docx