Chemical Bank : Implementing the Balanced Scorecard Submitted By : Group 12 KUSHAL KISLAY FT151093 MEHUL JAIN FT152088 SIDDHARTHA PAUL FT154003 VIVEK KHATTAR FT154063 JAYANTH SATHEESH FT152025 Background • Chemical Banking Corporation was performing a radical organizational transformation into a marketfocused and customer-focused organization after the 1991 merger with the Manufacturers Hanover Corporation. • Shift its image from a narrow provider of traditional financial services to a broader
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DASMARIÑAS CITY COLLEGE OF SCIENCE AND COMPUTER STUDIES PHYSICAL SCIENCE DEPARTMENT GENERAL CHEMISTRY I LABORATORY (CHEM210L) S.Y 2013-2014 SCIENTIFIC PAPER CHEMICAL PERIODICITY MARIE JOE A. ALTERADO JUNE 31‚ 2013 CPE32 AUGUST 7‚ 2013 GROUP NO. 1 ENGR. IMELDA C. GALERA ABSTRACT The chemical periodicity was demonstrated by using different samples of Group IA‚ IIA and IVA elements. Each of the samples was placed in a test tubes and the physical state
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Experiment 3: Chemical Equilibrium Purpose The purpose of this experiment was to determine the equilibrium constant for the formation of FeSCN2+. Introduction Chemical equilibrium is the point in a reversible reaction where the concentration of the reactants and that of the products remains constant. This point of equilibrium is referred to as the Kc value‚ which can be obtained using the formula: Kc = [product] [reactant] In this experiment‚ we used a spectrophometer to
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Before looking at river landforms it is important to understand the more general role of rivers and to develop an awareness of the processes at work within rivers. It is through this knowledge that we will better undertand the processes at work in the geomorphology of the drainage basin. The role of rivers can be understood in very simple terms. The river’s role is to balance its load and transport it to the ocean. But this this idea of rivers as merely transporting weathered material to the ocean
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Abstract Chemical equilibrium occurs when a reversible reaction is happening forward and backward‚ at the same time by the same amount‚ is equal. Two procedures were made. First is the Effect of Concentration on Equilibrium. The solution became orange when it was diluted with ammonium hydroxide and the solution became yellow when water was added to the solution. In the second‚ Effect of Temperature on Equilibrium‚ the solution turned into a light brown gas when it was placed in the refrigerator
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P.E. Potter J. B. Maynard P. J. Depetris Mud and Mudstones Introduction and Overview With 261 Figures and 48 Tables !j~ Springer LIBRARY CONCORD UNtVERSITY ATHENS‚ WEST VIRGINIA ~ OS ~ Paul E. Potter University of Cincinnati Department of Geology Cincinnati 45221-0013 Ohio USA J. Barry Maynard University of Cincinnati Department of Geology Cincinnati 45221-0013 Ohio USA Pedro J. Depetris Centro de Investigaciones Geoquimicas y de Procesos de la Superficie (CIGeS)‚ FCEFyN
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Chemical Bonding Chemical compounds are formed by the joining of two or more atoms. A stable compound occurs when the total energy of the combination has lower energy than the separated atoms. The bound state implies a net attractive force between the atoms ... a chemical bond. The two extreme cases of chemical bonds are: Covalent bond: bond in which one or more pairs of electrons are shared by two atoms. Ionic bond: bond in which one or more electrons from one atom are removed and attached to
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School-Based Assessment (geography) Table of Content 1. Methodology 2. Acknowledgement 3. Aim of study 4. Lluidas Vale and worthy park 5. Bog walk Methodology May 20th 2013 a group of students from Meadowbrook High School embarked on a trip to accumulate information on limestone for their geography SBA. On this trip they journeyed to the parish Of St. Catherine to visit 5 different locations‚ these are: Bog walk bridge‚ Ty Dixon‚ Lluidas Vale
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Chemical Reaction Lab Well #1 CuCl2 + Al (shot) - Bubbling - Turning reddish-maroon - 33oC Well #2 CuCl2 + Al (foil) - Bubbling‚ but less than well #1 - Turning black - 28oC Well #3 CuCl2 + Zn - Turned black then red - No bubbling - 29oC Well #4 CuCl2 + NH4OH - Cloudy - No bubbling - 26oC Well #5 CuCl2 + NaCO3 - Not mixing with CuCl2 - Heterogeneous - 25oC Well #6 CuCl2 + AgNO3 - Cloudy - Top layer is white -29oC 1. The more pronounced reaction was the aluminum
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w w w e tr .X m eP e ap UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS GCE Advanced Subsidiary and Advanced Level .c rs om MARK SCHEME for the June 2004 question papers 9696 GEOGRAPHY 9696/01 9696/02 9696/03 Paper 1 (Core Geography)‚ maximum raw mark 100 Paper 2 (Physical Geography)‚ maximum raw mark 50 Paper 3 (Human Options)‚ maximum raw mark 50 These mark schemes are published as an aid to teachers and students‚ to indicate the requirements of the examination. They show the
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