(a) Describe the principles behind advanced oxidation methods in the treatment of aqueous organic wastes. (b)...

(a) Describe the principles behind advanced oxidation methods in the treatment of aqueous organic wastes.

(b) Suggest some specific treatments (techniques and reactions) for solutions containing pentachlorophenol and iron .

Will give ratings! Thank you!

Expert Solution

Please find attached solution..

Thanks

queen_honey_blossom answered 2 years ago

1. Describe the principles behind and the applications of the following: a) Southern blotting b) cDNA...

1. Describe the principles behind and the applications of the following: a) Southern blotting b) cDNA synthesis c) CRISPR-Cas9 gene editing d) S1 Mapping or Primer Extension e) Sanger Sequencing of DNA f) Site-directed mutagenesis j) cDNA cloning k) Western Blotting l) Restriction Enzymes please answer them all because its including in one question !

What is Taichi Ohno's 7 wastes principles in process analysis? Briefly describe how these principles are...

What is Taichi Ohno's 7 wastes principles in process analysis? Briefly describe how these principles are relevant to process analysis.

Describe the principles behind and the applications of the following: a) Reverse transcriptase-PCR b) Cloning DNA...

Describe the principles behind and the applications of the following: a) Reverse transcriptase-PCR b) Cloning DNA into a plasmid vector c) SDS-PAGE d) Restriction mapping e) Sanger Sequencing of DNA Note Detail explanation is required for each .

(a) Discuss briefly the principles behind maximum likelihood. (b) Describe briefly the three hypothesis testing procedures...

(a) Discuss briefly the principles behind maximum likelihood. (b) Describe briefly the three hypothesis testing procedures that are available under maximum likelihood estimation. Which is likely to be the easiest to calculate in practice, and why? (c) OLS and maximum likelihood are used to estimate the parameters of a standard linear regression model. Will they give the same estimates? Explain your answer.

Section 4: Treatment Describe the methods of treatment (including ways to avoid the triggers) for the...

Section 4: Treatment Describe the methods of treatment (including ways to avoid the triggers) for the peanut allergy . Your description should include (If they exist): Medicines or medical therapies that help reduce or eliminate symptoms; include a description of how each treatment reduces or counteracts the reactions described in the previous sections. Food alternatives that avoid using the trigger ingredient(s); What do they use as alternatives?

Describe the principles behind the blue/white color screening method in the identification of the transformants of...

Describe the principles behind the blue/white color screening method in the identification of the transformants of the pCR 2.1 with or without a PCR insertion.

describe the procedure for carrying out solvent extraction from an organic layer into an aqueous layer,...

describe the procedure for carrying out solvent extraction from an organic layer into an aqueous layer, where the aqueous layer is heavier than the organic layer. Then, describe the procedure for a solvent extraction from an aqueous layer into an organic layer, where the aqueous layer is heavier than the organic. please higlight main differencces between the two procedures.

In Organic Chemistry, breifly describe theory behind extraction. Why it happens, how it happens, and talk...

In Organic Chemistry, breifly describe theory behind extraction. Why it happens, how it happens, and talk about the distrubution coefficient K. K=C1/C2

Define a futures contract. Describe the basic principles behind the use of futures contracts to manage...

Define a futures contract. Describe the basic principles behind the use of futures contracts to manage risk exposures.

There are three treatment methods for a disease: A, B and C. Effect A=20, Effect B=25, Effect...

There are three treatment methods for a disease: A, B and C. Effect A=20, Effect B=25, Effect C=50; cost ($000's) A=$60, cost ($000's) B=$75, cost ($000's) C=$125; benefit ($000's) A=$64, benefit ($000's) B=$60, benefit ($000's) C=$200. a. Calculate Incremental cost-effectiveness ratio, cost benefit analysis and average cost-effectiveness ratio in $000's (show the formulas and calculations). b. Compare these three projects within the framework of economic evaluation.

Question