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CH8305 Macromolecules of Life
Knowing
• Demonstrate awareness of the structure, function and reactivity of biological macromolecules.• Describe modern methods for the synthesis and analysis of biological macromolecules.
Acting
• Evaluate experimental data and relate this to the underlying biological processes.• Propose mechanisms for biochemical transformations involving macromolecules.• Design experimental strategies to synthesise, modify and analyse biological macromolecules.
Being
• Retrieve and communicate data, findings and procedures from a variety of sources (literature, electronic databases, experiments).
Rather than weigh the sample on a balance a chemist wants to dispense the liquid using a pipette. What volume (in mL) should she measure out?
A 4.62g example of a uranium-containing material needs 32.0 mL of the solution for titration. Define the oxidation of the uranium can be represented by the change UO(2+) --> UO2(2+). Compute the percentage of uranium in the sample
What is the chemical definition of a buffer solution? Give an example. 2. The Ka of benzoic acid C7H5O2H, IS 6.5X10^-5. What is the buffer range?
Determine the percent by mass of calcium carbonate in the sample
What is the functional group that is common to all amino acids. Ester Nitrile Amide Nitrogen Hydroxy
Write a charge balance equation and mass balance equation for the following solutions a. 0.10 M NaCl
8 ml of the HCl was used to titrate the pK_a 3.8 group; so 2 ml was enough to titrate the rest of the high pK_a group. The upper pK_a group must have begun the experiment as 80% acid form, 20% base form.
A particular enzyme catalyzed reaction was followed and data collected as indicated below. Using the data, determine the Michaelis constant and the maximum velocity of the reaction.
Electrolysis of a solution containing an unknown metal ion with a +3 charge deposited 0.159 g of the metal on the cathode over a period of 2.00 minutes at a constant current of 2.00 A. What is the molecular weight of the unknown.
Write the state when this solute is put into water and determine if the following are electrolytes:
use the concept mof electron configuration to explain why the number of valence electrons in metals tend to be less the number in most nonmetals.
What are some of the general properties that distinguish metals from ceramics and polymers?
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