revised syllabus m2/11 w2/13 m2/25exam i chapters 1, 6,7, parts of 2, 3 w2/27bioenergetics parts of...

Download REVISED SYLLABUS M2/11 W2/13 M2/25EXAM I Chapters 1, 6,7, parts of 2, 3 W2/27Bioenergetics parts of Chapters 2, 3 M3/3Cell Respiration Chapter 9 W3/5Photosynthesis

If you can't read please download the document

Upload: victor-weaver

Post on 17-Jan-2018

223 views

Category:

Documents


0 download

TRANSCRIPT

REVISED SYLLABUS M2/11 W2/13 M2/25EXAM I Chapters 1, 6,7, parts of 2, 3 W2/27Bioenergetics parts of Chapters 2, 3 M3/3Cell Respiration Chapter 9 W3/5Photosynthesis Chapter 10 M3/10The Cell Cycle Chapter 11 W3/12Meiosis and Sexual Life Cycles Chapter 12 M3/17Cell Communication and Signal Transduction Chapter 8 W3/19Transcription and Translation Chapters 4, 16 M3/24 no class - Spring Break W3/26 no class - Spring Break M3/31EXAM IIChapters 8-12, parts of 2, 3 EXAM II will be right after Spring Break instead of right before it. This is not in your book. This is how the rate of a chemical reaction is increased by increasing the temperature. The temperature of an object is held in the vibration of the molecules. Enzyme definition: A catalyst (increases the rate of a chemical reaction). But enzymes are a special type of catalyst, which are not used up during the reaction. The substrate is in black. The green and blue are amino acids in the carboxypepetidase enzyme. As the substrate binds in the ACTIVE SITE binding pocket, the enzyme is designed to change shape (tertiary structure, conformation). This is called INDUCED FIT. The shifting shape is due to changes in many noncovalent reactions within the protein kind of like a Rube Goldberg invention: As the protein changes shape, the shifting shape causes the substrate to be under chemical stress leading to the TRANSITION STATE. A competitive inhibitor slows an enzyme down by binding to the active site. A noncompetitive inhibitor slows an enzyme down by binding to a site that is different than the active site. Chapter 9: Metabolism There are three ways eucaryotic cells burn glucose: (occurs in most animals) (occurs in all animals) (occurs in some animals, e.g., yeast) 45/60 = = is the number of questions you got right. 60 is the total number of questions. 75 is your percentage out of is the points you got for your notes (10 points maximum). 85 is your total score and is circled. Compare that with what other students got. SCORE: 110+ * 100 ** 98 * 96 A 94 *** 92 *** 90 ** A- 88 * * B+ 84 *** 82 ***** B 80 ** ** 74 *** C+ 72 ** MEAN = ** 68 *** C 66 ** 64 **** C- 62 *** 60 * **** D+ 54 *** 52 *** D 50 * 48 ** D ** F