8. Indicate the structural features of simple and complex and enzymes Complex and enzymes Characteristic Simple enzyme 1. The presence of a protein component 2.Presence of a non-protein component 3. The presence of an active center only in the form of a combination of amino acids 4. The presence of a prosthetic group in the active center 5. The presence of a coenzyme in the active center 6. The presence of an allosteric center 7. The presence of a substrate center

I need help with a biology question on enzyme denaturation, I need help with questions, one and two, which is regarding the graph I made, please let me know if you have any questions, thanks Graph your observed results from Table 2. Include labeled axes, a descriptive title, and a colored key tothe data lines. Do not graph zero values.Further questions:-1. Looking at your graph, what trends occurred inTreatment 1,Treatment 2Treatment 3Treatment 4.Treatment 5Treatment 6   2. carbon dioxide was produced in treatment 6, what does that suggest about the experiment?

Please help me with finding the hypotheses that are being testing in each of the three enzyme experiments(the three tables below), and predicting the results of each of the three experiments based on the hypotheses (if/then). The laboratory experiment is enzyme activity.

The V vs. [S] plot for allosteric enzymes often has a ______ shape.     hyperbolic     sigmoidal     cycloidal     serpentine     parabolic

atoms. 12 hydrogens, 6 oxuger Click or tap here to enter text.C atoms. 12) Back to the person who ate 300 grams of glucose, how many moles of glucose is this? Click or tap here to enter text. There are 2 moles. 13) If a person were to eat this much glucose all at once (that is a lot of sugar) and all this sugar enters the blood then the person's blood sugar concentration would rise. Imagine that all this glucose is released into the 5 liters of blood that circulate in this person. What would be the molarity of glucose in the blood? Click or tap here to enter text. 14) After each of these glucose molecules enter the blood they are uptaken through cell membranes to enter cells. Within these cells glucose is broken down in a series of steps releasing carbon dioxide along the way. For every molecule of glucose broken down how many molecules of carbon dioxide are created? Refer to the cellular respiration equation: Equation for Cellular Respiration: How to break down a carb C6H12O6 + 60₂ ➜…

Plssssss helppppp, this is a drag and drop.