54. Englemann’s group in the late 19th century determined that ________________ wavelengths of visible light are used to drive photosynthesis and this is why plants appear green. 

29. Which of the following molecules holds the most free energy (potential energy) for an plant cell?

7. A protein is found in the extracellular space outside a cell. Which of the following describes the journey this protein made to be secreted outside a cell? 

34. Which of the following is true regarding enzyme catalysts? 

37. An example of the detoxification breakdown reaction catalyzed by phosphotriesterase (PTE) is shown below where the toxin sarin is hydrolyzed into non-toxic components.  Considering the name “phosphotriesterase” what is this molecule considered in the reaction below?                 phosphotriesterase Sarin + H2O –> Phosphonate + Aryl alcohol

47. A mitochondria contains 58 NADH and 19 FADH2. If all of these 77 electron carrier dinucleotides were used to run the Electron Transport Chain, how many ATP would be made? (Recall how many ATP each NADH can create and how many ATP each FADH2 can create!)

54. Englemann’s group in the late 19th century determined that ________________ wavelengths of visible light are used to drive photosynthesis and this is why plants appear green. 

37. An example of the detoxification breakdown reaction catalyzed by phosphotriesterase (PTE) is shown below where the toxin sarin is hydrolyzed into non-toxic components.  Considering the name “phosphotriesterase” what is this molecule considered in the reaction below?                 phosphotriesterase Sarin + H2O –> Phosphonate + Aryl alcohol

44. The reactions that release CO2 and NADH as shown in the Krebs Cycle Reactions below are ____________ ?  For example, the reaction that converts 6-carbon Isocitrate –> 5-carbon alpha ketoglutarate.   

3. A mycoplasma is a single celled organism with a diameter between 0.1-1.0 µm (micrometers). What does its size tell you about how this organism might be classified?