Fat and Water Soluble Vitamins Sheila Grant SCI/241 December 23‚ 2012 Tia Patterson Fat and Water Soluble Vitamins All types of vitamins are essential for everyone to include in their diet to maintain a healthy lifestyle. They are classified into two different classifications. There is fat soluble which are A‚ D‚ E and K. The other classification is water soluble vitamins‚ which is vitamin C and B. Vitamin C and B are also known as complex group vitamins. Vitamins are crucial for the
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Soluble Vitamins Anna Gamblin‚ UOP Both fat soluble and water soluble vitamins are nutrients that a person needs in their diet to keep up to optimal health. Vitamins and minerals are an essential necessity that our bodies need to function properly every day. Different vitamins do different things for us‚ but all are very important. You can get these different vitamins either through a balanced‚ nutritious diet‚ dietary supplements or a combination of the two. The two kinds of vitamins that are
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1. Background & purpose a) History MGH Group is a one of the largest Bangladeshi conglomerates. MGH has core investments into Contract Logistics‚ Supply Chain Solutions‚ Ocean Carriers‚ and Airlines GSA representations‚ Cutting-Edge IT Solutions‚ Inland Container Terminal Management‚ Food & Beverage Retail‚ FM Radio‚ Cable Television Network‚ Tea & Rubber Plantation‚ ‚ Commercial‚& Retail Banking‚ Computer Reservation System (CRS) Distribution‚ Internet Booking Engine‚ and
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z/OS XL C/C++ User’s Guide SC09-4767-06 z/OS XL C/C++ User’s Guide SC09-4767-06 Note! Before using this information and the product it supports‚ be sure to read the information in “Notices” on page 657. Seventh Edition (September 2007) This edition applies to XL C/C++ in Version 1 Release 9 of z/OS (5694-A01) and to all subsequent releases until otherwise indicated in new editions. This edition replaces SC09-4767-05. Make sure that you use the correct edition for the level
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Acid-base titration Aim To study the titration curve of a strong base-strong acid‚ strong base-weak acid and weak acid-strong base titrations Introduction Acid-base titrations are based on the neutralization reaction between the analyte and an acidic or basic titrant. When an acid and a base are present in a stoichiometric amount e.g. 1 mole HCl added to 1 mole NaOH‚ this means that the equivalent point has been reached in an acid-base system. The end point of an acid-base titration can be detected
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Vitamin D Levels and Multiple Sclerosis Alicia R. Turner ITT TECH Institute Vitamin D Levels and Multiple Sclerosis Multiple Sclerosis is an auto-immune deficient disease with no known cure to date. Multiple Sclerosis is damage done to the fatty sheath‚ myelin‚ which insulates the nerve fibers in the brain. Multiple Sclerosis symptoms or flare-ups‚ as they are often referred‚ may include seizures‚ double vision‚ numbness‚ muscle control‚ difficulty with speech and ability to
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Weak Acid Titration Abstract: Our method for determining the unknown weak acid was to determine the equilibrium constant K from the molecular weight of the weak acid from our titration data. In this lab the acid Potassium hydrogen phthalate and two unknown acids were titrated. We determined the molar mass of the Potassium hydrogen phthalate‚ for the unknown acids we calculated the molar mass and the Ka values. We used NaOH as the known base for titrating in all three of the titrations. Our ka
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skewed-right with mean = 10 minutes and standard error = 0.8 minutes. b) Distribution is skewed-right with mean = 10 minutes and standard error = 8 minutes. c) Distribution is approximately normal with mean = 10 minutes and standard error = 0.8 minutes. d) Distribution is approximately normal with mean = 10 minutes and standard error = 8 minutes. ANSWER: c 2. Suppose the ages of students in Statistics 101 follow a skewed-right distribution with a mean of 23 years and a standard deviation of 3 years. If we
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Acid-Base Titration Objectives: 1. To titrate a hydrochloric acid solution of unknown concentration with standardized 0.10M sodium hydroxide. 2. To utilize the titration data to calculate the molarity of the hydrochloric acid. Materials: See handout for more info. Procedure: See handout for more info. Data and Calculations: Table 1: Volume of NaOH Required to Neutralize 10.00mL of Unknown HCl Molarity of NaOh | Trial 1 | Trial 2 | Trial 3 | Trial 4 | Initial Volume of NaOH(mL)
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neutralising capacity (ANC) of 3 brands of calcium carbonate (CaCO3) tablets was determined by reacting the tablets in excess standardized hydrochloric acid (HCl) and then back-titrating with a standardized sodium hydroxide (NaOH) solution. Back titration was required for two reasons. Firstly‚ CaCO3 tablets are poorly water-soluble but dissolve rapidly in acid. Secondly‚ CaCO3 is a weak base so it is difficult to determine the end point of the reaction if titrated directly. Assuming good manufacturing
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