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How would I graph the rates of reaction for: 1. increasing the concentration of H2O2 over time while maintaining the same amount of catalase and 2. increasing the concentration of catalase over time with unlimited amounts of H2O2 ?
(these are two different graphs)
All of the following are characteristics of eukaryotic organisms EXCEPT: a. Most are multicellular b. Their cells have DNA c. Their cells have plasma membranes d. Their cells are small compared to prokaryotes e. They include plants
Design an experiment to determine the optimal temperature for enzyme function, complete with controls. Where would you find the enzymes for this experiment? What substrate would you use?
Assume you have 2 tubes containing cultures of genetically distinct bacterial strains. You know that when you mix the two together, you get Horizontal gene transfer.
Draw the response of a touch-sensitive spinal neuron to changes in three stimuli (gentle, medium, and intense), all of which exceed enough of a stimuli to send the voltage of the cell beyond the threshold for the production of an action potential...
the most common autotrophic organisms on earth are photoautotrophs such as plants eukaryotic algae and cyanobacteria.
Assume your lab partner leaves in the middle of making a 50mM NaCl solution. You know that they transferred 6mls of a 250mM stock solution into a beaker,
In the diversity and abundance of bacteria, we always have some uncertainty about the identity of an isolate. With this in mind, how can we be certain that growth with a metallic sheen is truly a coliform bacterium?
You have two true-breeding lines of fruit flies. One is gray (eb+), red eyed (w+), and dwarf (d). The other is ebony (eb), white eyed (w), and normal size (d+). You cross the lines to produce F1 offspring, which you then use in a test cross. The f..
What are the 3 methods of genetic transfer (sex) that bacteria can utilize? 2. Explain how the heat-killed type IIIS bacteria in Griffith's experiment genetically altered the live type IIR bacteria.
The KM of a Michaelis-Menten enzyme for a substrate is 1.0 x 10-4 M. At a substrate concentration of 0.2 M, νo = 43 μM x min-1 for a certain enzyme concentration. However, with a substrate concentration of 0.02 M, νo has the same va..
Explain the role of the citric acid cycle as a central metabolic mechanism. Explain what happens to the cells' abilities to oxidize acetyl CoA when intermediates of the cycle are drained off for amino acid biosynthesis.
Determine the major trend in the evolution of land-based plants, starting from nonvascular plants to seed plants?
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