Relate Gibbs free energy to the direction of a reaction in a cell assisted by enzyme how can a cell control the direction of a reaction Please answer asap and in short
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- In the space draw a curve representing the energy in a reaction that takes place in the absence of an enzyme and superimpose the curve for a reaction that proceeds with the aid of an enzyme.Make a graphical representation of activation energy and change of free energy in a reaction and compare it with a graph showing the work of enzyme in lowering the activation energy of a reaction.REFLECTION/REACTION PAPER ABOUT ENERGY FLOW IN ECOSYSTEM
- Create your OWN diagram to show the lock-and-key theory of enzyme activity.Answer on your own (do NOT copy and paste from any particular resources)referred to feedback inhibition as “Goldilocks regulation”. Describe how feedback inhibition keeps a pathway running at just the right level?A cell is able to extract energy from the molecule glucose after it breaks it's C-C AND C-H bonds and replace them with C=O and O+H bonds in CO2 AND H20 in order to power unfavorable reactions.In brief setences describe why cells can gain energy from this process. Explain ( How the action of breaking bonsa relate to the energy) How forming bonds relates to the energy Why sonme of these bonds in store more energy to others. Use alll of the above to answer the question : how does this allo cells to extract energy from glucose
- Predict what would cause a decrease in enzyme activity at temperatures above 37’C.A biologist investigating enzyme function plotted the activity of a particular enzyme (y-axis) vs pH (x-axis). Experiment A was performed at 30 oC, experiment B at 10 oC and experiment C at 100 oC. Experiments A, B, and C all used the same type of enzyme, they simple tested the enzyme's activity at different temperatures. Using your knowledge of enzyme activity, answer the questions based on the results shown in the graph. (Answer question B) Graph included B. Why is there no hill in the middle of line C?An organism's chemical energy can be converted to kinetic energy.This is shown during?
- Assume you have a solution of reactions with an enzyme. You decided to apply heat to further “increase” the rate of reaction. However, after heating, you observed that the rate of reaction decreased, the enzymes’ activity decreased, which is the opposite of what you have expected. Explain what happened. Discuss what happens when the solution contains a high concentration of substrates.A biologist investigating enzyme function plotted the activity of a particular enzyme (y-axis) vs pH (x-axis). Experiment A was performed at 30 oC, experiment B at 10 oC and experiment C at 100 oC. Experiments A, B, and C all used the same type of enzyme, they simple tested the enzyme's activity at different temperatures. Using your knowledge of enzyme activity, answer the questions based on the results shown in the graph. (Answer questions A) Graph included A. Explain why A and B are so different.explain how ATP functions like a rechargeable battery, include the transfer of kinetic energy to potential energy in your explanation. also include where the energy that “charges” ETP comes from.
