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    Ratios

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    and 2 ------------------------------------------------- Assignment 2012/2013 – Semester 2 ------------------------------------------------- B. Com (Major in Banking and Finance) – Year III ------------------------------------------------- Ratio Analysis Report ------------------------------------------------- Student: Kevin Galea 205891 (M) ------------------------------------------------- Lecturer: Dr. Emanuel Camilleri Introduction The purpose of the following report is to aid

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    Surface Design

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    The pieces concentrate on the relationship between biological systems and changing architectural design approaches and methods through their history‚ method and development. In his article Bioconstructivisms‚ Detlef Mertins focuses on the relation of emerging approaches for architectural design in the last century to the explorations and new understandings in science. Addressing Otto’s design on complex and dynamic curvature structures and showing a beginning for a kind of new era; the writer

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    Ratios

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    Liquidity Ratios: Current Ratio = Current Assets/Current Liabilities Efficiency Ratios Asset Turnover Ratio = Sales Revenue/ (Fixed Assets + Current Assets) Profitability Ratios Net Profit Margin = (Net Profit x 100) /Sales Revenue Return on Capital Employed = Net Profit (Operating Profit) x 100 (ROCE) Capital Employed Solvency Ratios Gearing Ratio = Total Liabilities/Shareholders Equity Investment Ratios Earnings per Share

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    Ratio

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    Ratio decidendi and obiter dicta Learning objectives At the end of this module‚ you will be able to: * distinguish between ratio decidendi and obiter dicta. * apply well-established rules to identify the ratio decidendi in a decision. This module is intended as a useful exercise in revision. If you are certain that you understand how to discover the ratio in an opinion‚ you should skim lightly over this material. What is the ratio decidendi? As you probably recall from your studies

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    Ratio

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    Ratio analysis Debt ratio Debt ratio (2006-2007) = Total liabilities / Total assets = 10‚170/12‚064 = 0.84 Debt ratio (2007-2008) = 9‚210/11‚769 = Debt ratio (2008-2009) = 10‚003/11‚229 = Debt ratio (2009-2010) = 11‚043/12‚537 = Current ratio Current ratio (2006-2007) = Current assets / Current liabilities = 3‚424/4‚790 = 0.71 Current ratio (2007-2008) = 2‚164/4‚498 = Current ratio (2008-2009) = 1‚326/5‚389 = Current ratio (2009-2010) = 2‚697/6‚085 = Return on sales (ROS) Return on Sales

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    Heat Transfer

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    HEAT TRANSFER Heat transfer‚ also known as heat flow‚ heat exchange‚ or simply heat‚ is the transfer of thermal energy from one region of matter or a physical system to another. When an object is at a different temperature from its surroundings‚ heat transfer occurs so that the body and the surroundings reach the same temperature at thermal equilibrium. Such spontaneous heat transfer always occurs from a region of high temperature to another region of lower temperature‚ as required by the second

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    Heat of Neutralization

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    Heat of Neutralization for an acid-base reaction Contents: - Abstract - Introduction - Results and Discussions - Conclusion - References Abstract: In the experimental procedure we will measure the heat of neutralization when an acid and base react to form 1 mole of water. This quantity of heat is measured experimentally by allowing the reaction to take place in a thermally insulated Styrofoam cup calorimeter. The heat liberated in the neutralization reaction will

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    A PROJECT REPORT ON AN ANALYSIS & COMPARATIVE STUDY OF FINANCIAL STATEMENTS FOR KALYANI STEELS LTD.‚ PUNE SUBMITTED TO UNIVERSITY OF PUNE IN PARTIAL FULFILMENT OF TWO YEARS FULL TIME COURSE MASTERS IN BUSINESS ADMINISTRATION(MBA) SUBMITTED BY KETAN P. SHETTI (BATCH 2005-07) VISHWAKARMA INSTITUTE OF MANAGEMENT‚ PUNE-48 1 To Whomsoever It May Concern This is to certify that Mr. Shetti Ketan Prakash is a bonafide student of Vishwakarma Institute of Management‚ Pune. He has successfully

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    How Surface Area Affects the Motion of a Falling Object Introduction During this investigation‚ varying surface areas of objects will be explored in a manner observing the motion as they fall. Most predominantly‚ this motion encircles speed. Speed is calculated from the formula below‚ and hence is directly proportionate to time taken when the distance travelled remains a constant. Speed = Distance/Time Surface area is likely to affect the time taken for an object to complete a descent‚ and

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    a piston‚ the initial volume being 0.05 m3. Calculate the work done by the fluid when it expands reversibly: a. at constant pressure to a final volume of 0.2 m3; b. according to a linear law to a final volume of 0.2 m3 and a final pressure of 2 bar; c. according to a law Pv = constant to a final volume of 0.1 m3; d. according to a law Pv3 = constant to a final volume of 0.06 m3; e. according to a law‚ P = (A/v2) – (B/v)‚ to a final volume of 0.1 m3 and a final pressure

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