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1. Identify all of the entry points into the electron transport chain for electron pairs derived from the complete oxidation of glucose to CO2 and H2O, occurring in brain tissue. How many ATP are derived from 2e- entering at each of these points?
2. Identify all of the entry points into the electron transport chain for electron pairs derived from the complete oxidation of fatty acids occurring in skeletal muscle tissue. How many ATP are derived from 2e- entering at each of these points?
A bioengineer preparing cells for a cloning experiment bathes a small piece of rat epithelial tissue in a TRIS buffer, (HOCH2)3CNH2. The buffer is made by dissolving 44.0 g TRIS (pKb = 5.91) in enough 0.065 M HCl to make 1.00 L of solution.
question he and o2 gases are mixed. a 40l he cylinder with 10atm pressure is connected to a 10 l o2 cylinder with
Assuming that NO can eventually diffuse into the stratosphere, how might it affect the conditions of life on Earth? Using the index to this text, look up the chemistry of nitrogen oxides. What chemical pathways might NO in the troposphere follow?
The electron in a hydrogen atom occupies a 6p orbital. What is the longest wavelength of light that can be emitted by this atom? Give answer in nanometres, nm
Given the quantities of chemicals used in this recipe one could believably have gotten a 100% chemical yield without having completely reacted all of the magnesium, or without having completely reacted all of the bromobenzene
Problem- In terms of Hucket theory, determine orbital energies and molecular orbitals of a) butadiene and b) cumulene. Hint: Even though, the cumulene has three carbons, treat as 4 basis p orbitals. visibly, construction of determinant is the key
The synthesis of enzymes in response to changing metabolic needs is referred to as
What is the theoretical yield of vanadium that can be produced by the reaction of 40.0 g of V2O5 with 40.0 g of calcium based on the following chemical reaction?
Name four hydrocarbon types. Give 1 example for each type. Write chemical formula, structural formula and condensed structural formula for each example.
The specific rate constant at 293 K is found to be 2.35 x 10^-4 s^-1 and at 303 K the specific rate constant is found to be 9.15 x 10^-4 s^-1. Calculate the frequency factor for the reaction at 303 K.
Problem- Using full structural formulas draw a typical portion of a nylon-6,6 molecule; that is, expand a portion of the formula given in Equation 22.15. Show at least two hexanedoic acid units and two 1, 6-hexanediamine units.
Wood and oxygen are two reagents required to keep a campfire burning. identify the limiting and excess reagent: a) The fire dwindles over time. b) A carbon dioxide fire extinguisher puts out the flame.
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