A. Build a graph (you can use Excel T) with the information shown in the table below (concentration x axis): CARBON SOURCE Transport rate (umol/min) CONCENTRATION COMPOUND COMPOUND (mM) 0.1 2.0 18 0.3 6.0 46 1.0 20 100 3.0 30 150 10.0 200 182 B. Determine from your graph whether the data for compound A corresponds to ethanol or acetate. |

A. Build a graph (you can use Excel T) with the information shown in the table below (concentration x axis): CARBON SOURCE Transport rate (umol/min) CONCENTRATION COMPOUND COMPOUND (mM) 0.1 2.0 18 0.3 6.0 46 1.0 20 100 3.0 30 150 10.0 200 182 B. Determine from your graph whether the data for compound A corresponds to ethanol or acetate. |

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Given the Km and Vmax values of three enzymes, A, B and C: Enzyme Km Vmax A 2.0 x 10-3 M 4.0 B 4.2 x 104M 1.8 C 1.0 x 10-3 M 2.5 Which enzyme would have the highest activity? Why?
It takes 9.4 msec for Enzyme X to catalyse a single reaction when it is fully saturated with substrate. Calculate the Vmax of the reaction if the concentration of Enzyme X is 2.4 mM. Select one: a. 26 mM/sec X b. 3.9/sec c. 0.26 M/sec d. 0.039 M/sec e. 106.4 M/sec
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The N excess/deficit factor for 100 kg of an organic material that contained 60% C (carbon) and 0.5% N (nitrogen) would likely be (assuming that 35% of the carbon is metabolized by microorganisms and the carbon and nitrogen are assimilated in a 10:1 ratio). -3.85 kg (deficit, N immobilization) -1.05 kg (deficit, N immobilization) -2.50 kg (deficit, N immobilization) -1.60 kg (deficit, N immobilization) -2.15 kg (deficit, N immobilization)
Perform the calculations to make a master mix for 20 1.0 mL reactions each composed of 165 uL of 6 mM NAD+ 165 uL of 0.15M Lactate and 630 uL of 0.15M CAPS pH 10.5 per reaction. Report your answers in units of milliliters.
3L.6.2
15. G + C Content: Describe how the G+C content of an organism can be measured. In your response, be sure to address the following: b. Explain the principles behind a melting curve and how this helps determine G + C content. Include an explanation of the components of the curve and how one would interpret a melting curve.
Here is still another lipid-related question. a. Draw the structure of a soap molecule, derived from a myristic acid triglyceride. No sticks. You CAN bunch the CH2 groups together. b. Write the COMPLETE AND BALANCED reaction for your soap reacting with hard water containing Fe*. NO STICKS! c. Describe what you would see if you used a detergent (rather than a soap) in the presence of Fe*. The more detail you give, the more points you will earn. No reactions are needed here.
You want to prepare 500 mL of the macronutrient and micronutrient stock solutions which have 100X and 1000X higher concentration, respectively, than the required concentration in the culture mediuma)If 0.17 g/L KH2PO4 is required in MS medium, determine the mass (g) of KH2PO4 that is required to prepare the stock solution and the volume required (mL) to prepare 200 mL MS medium. Show your work.
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