Describe water-process residuals and explain why the method of eliminating residues is unique to each water utility.
The water-processing residuals are the broad range of solid residuals that settles from the suspended state or get coagulated after reacting with the various chemicals used.
The type of residuals may vary from one to other water utility so their method of elimination may also depend upon the type.
Describe water-process residuals and explain why the method of eliminating residues is unique to each water...
Explain the sales and operations planning process and describe why it needs to be a dynamic process.
5. The hypothetical protein E contains no tyrosine residues and 3 tryptophan residues. When in the native folding state, protein E displays maximum emissions at 302 and 330 nm when excited using light at 280 nm. However, when denatured, the observed emission maximum shifts to 350 nm. Please explain briefly why two separate emissions maxima are observed in the native state (address intra- or inter-molecular interactions). Also, please briefly explain why such a shift in emissions occurs upon protein unfolding...
Describe the calibration process for a room thermometer. Is it static or dynamic calibration? Explain why.
The heating of the system is an irreversible process. Briefly explain why, and describe how you would need to modify the heating process to make it reversible instead.
2.81 What’s wrong? Each of the following statements contains an error. Describe each error and explain why the statement is wrong. A negative relationship is always due to causation. A lurking variable is always a quantitative variable. If the residuals are all negative, this implies that there is a negative relationship between the response variable and the explanatory variable.
describe aspects of various stages of the wound healing process and explain why tissue that is avascular tend not to heal well.
MACBETH. . What is the technical process used to create this poster? . Describe two unique aspects of the "look" of the technical process.
3- Describe the process of electron flow in reverse and explain why many chemolithotrophs use it.
Explain why cysteine residues with free sulfhydrl groups tend to be localized on the exterior of a protein molecule, wheras those involved in disulfide bonds are more likely to be buried in the interior of the molecule? How can two polymers consisting of the same repeating subunit have such different properties? Explain in great detail.
Explain why one serine protease, trypsin, only cleaves peptides after lysine and arginine residues. Thanks!