Describe dilutionand include theequationProvide two examples howpeople may use the principles of dilution ineveryday life or certain occupations

The solution is a mixture of two components that is a major component and a minor component. The…

Answered: Describe dilution and include the…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Where do you expect to see the highest number of CFU on a plate: Select one: a. When pasteurized milk is inoculated at dilution of 10-8 b. When pasteurized milk is inoculated at a dilution of 10-2 c. When raw milk is inoculated at a dilution of 10- d. When raw milk is inoculated at a dilution of 10-8 e. When raw milk is inoculated directly at a dilution of 10-2
Consider the sterilization of a sodium gluconate production medium in the holding section of a continuous sterilizer. Assuming constant temperature, the specific death rate constant of the contaminant is 20 s-1 . If the average residence time in the holding section is 10 seconds, calculate the Del factor for the following and explain the results. i. For Pe = 400 ii. For Pe = 400, assuming plug flow iii. For Pe = 100 iv. For Pe = 100, assuming plug flow
order :dalteparin (Fragmin) 2500 international units SQ daily supplied as 5000 International units per 0.2 ml how much to give?
For the following problem indicate the values for each part of the equation and solve for the unknownvalue:Peter adds 200 μL of bacteria to a tube containing 2 mLs of nutrient broth and then adds 300 μL of acertain disinfectant. The final concentration of the disinfectant in this tube after adding it is 5%.C1=C2=V1=V2=
pls. show your solution
4) A 45-year old woman weighing 68 kg is admitted to hospital after a drug overdose. A toxic plasma concentration of 264 mg/mL is recorded on admission. After 35 hours, a plasma concentration of 8.25mg/ml is recorded. Given this information, calculate the half life for this drug.(Assume the distribution is complete and that the elimination is described by a first-order process.)unit- hours
What are the main types of immobilization techniques used in biosensors? (with a deep explanation)
. A pharmacist had 6 grams of codeine sulfate. He used it in preparing the following: 12 capsuleseach containing 0.0435 gram, 14 capsules each containing 0.145 gram and 23 capsules eachcontaining 0.011 gram. How many milligrams of codeine sulfate were left after he had preparedthe capsules?A pharmacist had 6 grams of codeine sulfate. He used it in preparing the following: 12 capsules each containing 0.0435 gram, 14 capsules each containing 0.145 gram and 23 capsules each containing 0.011 gram. How many milligrams of codeine sulfate were left after he had prepared the capsules?
How do I calculate beers law? For serial dilutions. I want to look the concentration values from these absorbance readings in order to make a graph of conc vs absorbance. (Assume the first tube has a 1 unit/ml concentration) 1)1.180 2)0.513 3)0.107 4)0.019 5)0.003
Plot absorption versus time using the graph label mAbs vs time(s) from 0 to 120 s in 10-s intervals. Plot a line that can be used to calculate the initial rate using the graph label Initial Rate.
A patient receives an intravenous (IV) solution that flows at the rate of 150 mL per hour. How much fluid does the patient receive in 20. min? (Answer = 50 mL) How long does it take for the patient to receive 90. mL of fluid? (Ans. = 0.6 hr or 36 min.) If the IV bag holds 600. mL of fluid, how many minutes does it take to empty the bag? (t = 4 hrs) If the solution contains 90. mg of glucose per mL, how long will it take to give the patient 2.0 g of glucose? (t = 0.15 hr or 9 min)
Directions: Use the lab manual to answer the following questions in COMPLETE SENTENCES AND IN YOUR OWN WORDS. Use your own handwriting, do NOT type! 1. Read through each procedure below and BRIEFLY describe the procedure in one-two sentences. Be sure to include the REAGENT needed and special steps (for example, heating or special lab equipment). a. Test for Reducing Sugars: Reagent: Describe what a positive and negative result should look like: ● ● Procedure: b. Test for Starches: • Reagent: Describe what a positive and negative result should look like: Procedure: Lab Exercise 2 | Basic Chemistry: Chemical Composition of Cells 35

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Describe dilution and include the equation Provide two examples how people may use the principles of dilution in everyday life or certain occupations