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Chapter 8 & 9.
| Question | Answer |
|---|---|
| This factor that affects the speed of enzymes includes having a lower concentration or higher concentration. The enzymes may combine more often. | Substrate Concentration |
| The ______ _____ is switched off by the inhibitory binding or its end product to an enzyme that acts early in the pathway. | Feedback Inhibitor |
| _________ is a chemical agent that speeds up a reaction without being consumed by the reation. | Catalyst |
| The Second Law of Thermodynamics is energy being transformed and increases the... | entropy of the universe |
| A molecule of glucose is equel to | 38 ATP |
| In glycolisis a glucose molecule splits into two | Pyruvate |
| The Krebs Cycle (Citric Acid Cycle)takes place in the ______ | mitochondria |
| Oxidation Reaction _____ electronsReduction Reaction _____ electrons | Lost Gains |
| The formula for cellular respiration | C6H12O6 + 6O2 ---> 6CO2 + 6H2O + Energy |
| In the citric acid cycle the pyruvate becomes | acetyl CoA |
| At the end of glycolysis there are ___ ATP and ___ NADH | 2;2 |
| This makes ATP and it recieves its energy from hydrogen | ATP Synthase |
| The electron transport chain is made up of | 3 transmembrane proteins and 2 carrier proteins |
| An exergonic reaction is the _____ energy and endergonic reaction forms _______ energy from its surroundings. | outwardfree |
| The factors that affect the speed of an enzyme include | Substrate Concentration Temperature pH Cofactors Coenzyme Competitive/Noncompetitive Inhibitors |
| This changes from an acitve site to an inactive site; it keeps changing shape | allosteric regulation |
| The "chemical drive shaft" of cellular respiration is | ATP |
| When putting 4ADP and 4P in glycolisis you recieve | 4 ATP in which 2 of them are used, so you endup with a total of 2 ATP |
| This is the use of an exergonic process to drive an endergonic one. It is the way cells manage thier energy resources to do work | Energy coupling |
| Energy that can refer to potential energy but it is available for release in a chemical reaction | Chemical Energy |