Title: preparation of films for staining Objective: to produce a thin smear of bacteria adhering to a clean microscope slide as preparatory to staining. Procedure: A. From broth cultures 1. Inoculating loop was sterilized using Bunsen burner and let to be cool before use it to obtain bacterial suspension from the tube. 2. The bacterial then placed in the center of the clean microscope slide. It also speared to produce thin films. 3. The films are set to air dry before wafting the slide gently
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Experiment 3 : Preparation of Solutions and Buffers Objectives : 1. To study and understand the principle theory and formula of preparation of buffer and solution. 2. To learn the methods of buffer and solution preparation. 3. To focus on concentration units of molarity‚ percentage of concentration‚ and dilution of solution. Introduction : When a substance‚ called a solute‚ is dissolved in another substance‚ called the solvent‚ a solution is formed. A solution is known as a homogeneous
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LAB REPORT ANDREW O. BAAFI Organic Chemistry I Lab. Instructor: Dr. Strange 09-24-01 TITLE: Preparation of Isopentyl Acetate (isoamyl acetate) / Gas Chromatography (Esterification). REFERENCE: Fischer‚ W. H.‚ A. G. Craig. “Microscale Esterification of Peptides and Analysis by MALDI-MS.” http://www.salk.edu/LABS/pbl/brukeran1.htm. 10-02-2001 Mayo‚ Dana W‚ Pike Ronald M‚ Trumper Peter K. Microscale Organic Laboratory. 3rd ed. New York: Wiley & Sons‚ 1994. Strange De Soria‚ Louise. Chemistry
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Nervous system: one of the eleven major body organ systems in animals; coordinates and controls actions of internal organs and body systems; receives and processes sensory information from external environment; coordinated short-term reactions to these stimuli. Cell body: the part that contains the nucleus and most of the cytoplasm and the organelles. Axon: sends messages away from the cell body to other neurons. Dendrite: short‚ highly branched fibers that carry signals toward the cell body of a neuron
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Memo Assignment Linda Tompson HCS 514 December-Monday 2nd‚ 2013 Lori Walker Memo Assignment Memorandum TO: Gideon Cross‚ CEO FROM: Linda Tompson‚ Office Manager DATE: December 1st‚ 2013 SUBJECT: Current state of Pawhuska Medical Clinic (PMC) Facility Design Pawhuska Medical Clinic specializes in family medicine. PMC is one-stop clinic for comprehensive care and testing. PMC has incorporated both centralized and decentralized design. The centralized design starts with managerial
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Preparation of the NaOH Solution Mass of NaOH before standing = NaOH before standing (g) – beaker (g) = 111.490 g – 110.970 g = 0.520 g Mass of NaOH after standing = NaOH after standing (g) – beaker (g) = 111.500 g – 110.970 g = 0.530 g Standardization of the NaOH solution TRIAL I Volume of NaOH solution = Final reading of buret - Initial reading of buret = 13.80 mL – 0.00 mL = 13.80 mL Converting the Volume (mL) to Volume (L) Volume (liters) = Volume (mL) x
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AFM 322 Case Study Preparation Hedging Currency Risk at AIFS The case summary is due on by 11:30am on June 2‚ 2015. You are encouraged to discuss the case in groups‚ however‚ each student must submit their own summary via Learn prior to the due date. Only electronic submissions will be accepted. The submission should not exceed 4 pages‚ 12 point‚ Times New Roman font‚ double spaced‚ 2.54 cm margins on a letter size page. 1. Case synopsis (35 points) Summarize the setting of the case and describe
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Cash Flow Preparation 27. Crosby Corporation Statement of Cash Flows For the Year Ended December 31‚ 2008 Cash Flow from Operating Activities: Net Income (Earnings after Taxes) $160‚000 Adjustments to determine cash flow from operating activities: Add back depreciation 150‚000 Increase in accounts receivables
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2. Preparation Of 1 M Na2CO3 Molecular mass of Na2CO3 = 106g Mass of salt in 100 ml of 1M solution = 10.6g Weighing of salt using electrical balance * Mass of Na2CO3 + beaker = 78.64g * Mass of beaker = 68.04g * Mass of Na2CO3 = 10.6g 1. 10.6g of Na2CO3 was weighed in a dry beaker. Small amount of distilled water was added and the salt was dissolved. 2. The contents of the beaker were transferred to
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Case Preparation Questions Cola Wars Continue: Coke and Pepsi 1. Why is the soft drink industry so profitable? 2. Compare the economics of the concentrate business to the bottling business: Why is the profitability so different? 3. How has the competition between Coke and Pepsi affected the industry’s profits? 4. Can Coke and Pepsi sustain their profits in the wake of flattening demand and the growing popularity of non-carbonated drinks? Zara: Fast Fashion 1. How specifically
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