Find a protocol/recipe for making lb agar plates (each student must find their own protocol).
5) you are required to make agar plates for your microbiology lab. You must prepare 100 plates with 20 ml of media per plate. to solidify the media, you will add 1.5% agar. how will you prepare the lab?
What is the carbon source, nitrogen source, selective chemicals, media classification for each agar plates? Alkaline Soy Flour Mannitol-NC Agar SpM-NC (Nystatin) Agar Glycerol Arginine-NC Agar Acidified ISP medium 2-NC agar
You are making muffins; the recipe calls for 1/3 cup of cooking oil. You find that the container of cooking oil has a density of 0.69g/cm3. You don’t have any measuring cups however you do have a scale that measures “weight” in grams. What volume of oil do you need, in SI units? What mass of oil should you add to the batter, in SI units?
This is an individual assignment and will be graded. Each student must submit his/her own copy of the assignment and must answer all 5 questions. Please submit your answers in Excel. Use 1 tab per question $hecessary inputs, formulas are clearly laid out on the Excel sheet. You may use the Excel posted for the problem solving illustrations videos as a template. Submit your assignment via the drop box designated. 5. You are considering a job offer. The job offers...
A student is making independent random guesses on a test. The probability the student guess correctly is 0.25 for each question. Assume that the guesses are independent. Find the probability of 2 or more are correct in 10 guesses.
A student is making independent random guesses on a test. The probability the student guesses correctly is 0.50 for each question. Assume that the guesses are independent. Find the probability of more than half of the questions correct in 14 guesses.
A student is making independent random guesses on a test. The probability the student guess correctly is 0.25 for each question. Assume that the guesses are independent. Find the probability of more than 4 correct in 11 guesses. O 0.012 O 0.710 O 0.287 O 0.071 O 0.115
A microbiology student was carrying out an independent research project in which he needed to know the number of infectious phage particles added during a particular step in an experimental protocol. In preparation for the experiment, he passed a crude mixture of phage plus infected bacteria through a 0.45 micrometer filter and collected the filtrate (portrayed below in the green-capped Eppendorf tube): Once the filtrate was prepared, the student used the P-20 shown in the photograph to transfer a volume...
Question: The student brief case must be in your own words and minimum of 300 words on korematsu v. United States... Outline to follow is 1.) Title and citation 2.) facts of the case 3.) issues 4.) decisions (holding) 5.) reasoning (Rationale) 6.) separate opinions 7.) Analysis
In a variation on the "secret recipe" part of this lab, one student secretly mixed together two different colors of solution and gave the mixture to another student to analyze. The student placed the sample in the MicroLab spectrophotometer and obtained the following graph of absorbance vs. wavelength. absorbance 400 430 460 500 540 580 620 660 700 viol indg blue grn gr-yel yel org red red wavelength (nm) Which two colors had the first student secretly mixed together? I.e....