ON (CRITICAL ANALYSIS OF VODAFONE CUSTOMER SATISFACTION SURVEY) [pic] Prepared and Presented to: Under The Guidance Of : Company’s Guide:- Faculty Guide:- Rahul Srivastava Swati Priya (Sr. Sales Manager) (Submitted in the partial fulfillment for the award of the degree of Master Of Business Administration from G.B Technical University‚ Session-2009-2011) Submitted By :- BIPIN SINGH Roll No. 0914170013 (MBA III Sem.) [pic] Sagar
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Purpose: To determine the general rate law for the reaction of S2O82- + I- through a series of experiments and calculations. Materials: -Temperature probe -3 large test tubes -3 rubber stoppers -Pipets -0.20 M KI soln -0.20 M NaCl soln -0.010 M Na2S2O3 soln -2% starch soln -0.20 M K2SO4 -0.20 M K2S2O8 -0.2 M CuSO4 -Timer or stopwatch -Small beaker -Hot water Procedure: Refer to Lab #12‚ No changes Data: Table #1: Quantitative/Qualitative Observations Room Temp: 25.4°C
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Introduction The purpose of this experiment is to determine the rate equation for the “Iodine Clock Reaction” experiment. The experiment will consider the equations 〖2I〗^-+S_2 O_8→2〖〖SO〗_4〗^(2-)+I_2 and I_2+2〖S_2 O_3〗^(2-)→2I^-+S_4 O_6 in order to determine the rate law of Rate=k[〖〖S_2 O_8〗^(2-)]〗^a 〖[I^-]〗^b by using the experimental data to calculate the values of exponents a and b as well as the rate constant k. Experimental Supplies Needed: 250 mL Erlenmeyer flask‚ 100 mL beaker‚ graduated
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A PROJECT REPORT ON THE COMPARATIVE ANALYSIS OF MARKETING STRATEGY OF VODAFONE AND AIRTEL Submitted By: SHRESTHA SAHU B.COM (HONS) ENROLLMENT NO. A7004613046 Under Guidance Of: Faculty Guide: Mrs Charu Bisaria Assisstant Professor ABS‚ Lucknow (RESEARCH PROJECT REPORT FOR BACHELOR OF COMMERCE (2011-2014) AMITY BUSINESS SCHOOL AMITY UNIVERSITY UTTAR PRADESH‚ LUCKNOW ACKNOWLEDGEMENT I SHRESTHA SAHU sincerely thankful to all those people who have been giving me any kind
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pulled off a sheet from one of the chairs. It smelled dirty and musty. I started to uncover other things‚ like paintings and other furniture. Yet out of all the things I found‚ my two favorites were a handmade grandfather clock and an old bookcase! I like the grandfather clock because it filled the creepy silence of the house with a slow‚ yet graceful “Tick-Tock.” The bookcase I liked because the books make a beautiful display even with the gritty and dusty covers. The crinkly pages were fragile
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EXPERIMENT 3-CHEMICAL KINETICS: THE IODINE-CLOCK REACTION J.CHAN1 and C.CABANLIG2 1NATIONAL INSTITUTE OF MOLECULAR BIOLOGY AND BIOTECHNOLOGY‚ COLLEGE OF SCIENCE 2NATIONAL INSTITUTE OF MOLECULAR BIOLOGY AND BIOTECHNOLOGY‚ COLLEGE OF SCIENCE UNIVERSITY OF THE PHILIPPINES‚ DILIMAN‚ QUEZON CITY 1101‚ PHILIPPINES DATE SUBMITTED: JANUARY 8‚ 2013 DATE PERFORMED: DECEMBER 5‚ 2012 ------------------------------------------------- ABSTRACT The kinetics of the reaction between persulfate (S2O82-)
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I was at the medical centre on Friday for my monthly check-up. After three long years‚ Im finally expecting another baby. It has been a long wait. Every month‚ my hopes were raised as high as a tsunami wave‚ but each time they crashed down on me‚ thirty-six times in all. I felt as if God was punishing me but I wished that He would punish me more severely in another way. One thousand days passed before a little seed grew inside me. A lady with a big belly came in after me. She took a clear plastic
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BRIGGS RAUSCHER OSCILLATING CLOCK COURSEWORK Aim: To investigate the effect of temperature on the rate of reaction. To investigate the order of reaction with respect to hydrogen peroxide and ethanoic acid (acetic acid) by the use of an oscillating clock reaction. To determine the activation enthalpy with and without catalytic ions and use this to compare the effectiveness. To investigate the rate equation‚ rate constant and possible mechanism for this reaction. Background research: The Briggs-Rauscher
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increasing the concentration of KIO3‚ 0.15M concentrations resulted in times of 45.77 and 150.47 when tested twice which was unexpectedly higher than 13.68s at a concentration of 0.1 (Table 1). Similarly‚ raising the concentration of NaHSO3 decreased the clock period with the exception of the 0.2M concentration as it had the lowest time of 15.39s when 0.4M was expected to be lower (Table 2) These inconsistencies for the concentration data may have been due to measurement errors during the experimental process
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worked on different areas of businesses including: customer service‚ sales‚ supply chain management‚ accounting‚ finance and recruiting. Currently‚ I lead a family business as General Manager. But the experience I want to focus on is the “off-the-clock” one: volunteering. I have volunteered for many social causes for most of my life including: academic reinforcement in public schools; building emergency houses with TECHO Nicaragua; and most recently‚ I am leading a project to collect books and create
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