Base details

Case details The case begins with Private William Santiago, a marine at the United States military base in Guantanamo Bay. The main point of the base is to provide opposition against Communist Cuba. Santiago was, as Colonel Nathan Jessup puts it, “a sub-par marine,” falling behind in his duties. He asks to be moved off the based and sent somewhere else, but Colonel Jessup doesn 't invoke that request. Instead, he orders Santiago a “code red.” A code red is an unsanctioned, officially unrecognized

Acid Base Titrations Najib Chowdhury CHM1311-C03 Yayha Albkuri Introduction: Acids and Bases The experiment involves with the investigation of the unknown solutions used and the determination of their concentrations. The techniques and their expected outcomes are elaborated further in detail in the following

and known proportion is completed, as shown by a color change or by electrical measurement, and then calculating the unknown concentration. An example could be, a given volume of a solution of unknown acidity may be titrated with a base of known concentration until complete neutralization has occurred. This point is

sulfuric acid to produce 1 mol of barium sulfate and 2 mol of water. In the reactants, it is indicated that there is a 1:1 molar ratio, which is the first indication of what will be produced in the reaction. Also, since barium hydroxide is a strong base and sulfuric acid is a strong acid, the reactants neutralize each other and the products produced are insoluble3. The point in the reaction at which the reactants neutralize each other is the titration's end point, which can be seen in all the figures

decisions, but we also kept the aesthetics in our modeling conscious. Abstract and introduction: what a reader would read for the goal of the paper. We did this and then this and then this… Can divulge all the aspects of the problem, but not too much detail. Introduction: We are two partners in an independent

Materials 3.1.2 DOWEX TAN 1 DOWEX TAN 1 is a macro porous strong base anion exchange resin with quaternary amine functionally designed for the removal of large natural organic compounds (NOM) from drinking water to reduce color and THM precursors. The resin was obtained from DOW chemicals. The resins are opaque white beads with particle size ranging from 0.3 to 1.2 mm and total exchange capacity is greater than 0.7meq/ml. 3.1.2 IRA-67 Weak base anion exchanger IRA67 was obtained from (company name)………………………

To find moles of carbonate we needed to first determine the total alkalinity with HCL 0.1 M as the titrant, meaning that the end point indicates the complete conversion of bicarbonate and carbonate to carbonic acid. Indicator bromocresol green (BG) was used to observe this end point since the range at which this end point will occur will exist in the slightly more acidic portion of the pH scale covered by BG. This total alkalinity is given by (2[CO32-]+[HCO3-] )=VHCl[HCl] where VHCL is the volume

This lab dealt with determining the percentage Acetic Acid (CH3COOH) in Vinegar. The main purpose of the experiment was to make sure if the vinegar solution has the right amount of acetic acid, which is about 5%, using the titration technique. The hypothesis is that the percentage of acetic acid in the vinegar solution used will be very close to the usual percentage of 5%. The experiment was to use the standard solution of NaOH to titrate the given vinegar solution to determine the percent concentration

AMITY INSTITUTE OF FORENSIC SCIENCES AMITY UNIVERSITY UTTAR PRADESH Name: - Sanchari Dasgupta Enrolment No.: - A5905914014 Programme: - B.Sc (Hons) Forensic science Batch: - 2014-17 Title of summer assignment: - Classification of poisons Goal for the first week: - Introduction of the topic Goal for the second week: - Write in brief about corrosive poisons and non-metallic irritant poison Goal for the third week: - Write in brief about metallic irritant poisons Goal for the fourth week: -

Abstract: In this experiment we synthesized luminol with the objective to demonstrate the process of using a stating material, converting it into a product and using it for a reaction. 5-nitro-2, 3-dihydrophthalazine-1, 4-dione was used as our starting material which then underwent through the process of refluxing and vacuuming to retrieve the luminol. In order to achieve chemilumenescence, two stock solute ions were made with sodium hydroxide, potassium ferricyanide and hydrogen peroxide and mixed