“Energy and Efficiency analysis of 210MWe coal base Thermal Power Plant with running parameters” Goutam Khankari‚DVC‚Kolkata. INTRODUCTION Power projects are essentially capital intensive. Not only they involve a highly initial cost which is around Rs. 4.5 to 5.0 crores per MW for coal-based plants but also huge operation cost. The running expenses of a 210MW thermal power station may range around thirty crores every month and usually about 80% of this goes towards the fuel cost. Not only fuel
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Acids‚ Bases and Buffers Lab Acids‚ Bases and Buffers Lab Results: The experimental results for part one is as follows: Part One Data Table | Initial pH | Final pH | Test Tube A | 6 | 1 | Test Tube B | 4 | 4 | Test Tube C | 4 | ----- | Test Tube D | 4 | 4 | Test Tube E | 6 | 11 | The experimental results for part two is as follows: Part Two Data Table | Before CO2 was Added | After CO2 was Added | Colour | Blue/green | Light green/yellow | pH Level | 8.0pH | 5.0pH |
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Organizational Behavior Power & Politics Professor Dr. AAhad M. Osman-Gani‚ MBA‚ MA‚ PhD (USA) Director‚ Graduate School of Management Power Power refers to a capacity that A has to influence the behavior of B‚ so that B acts in accordance with A’s wishes. Power may exist but not be used. Probably the most important aspect of power is that it is a function of dependency. A person can have power over you only if he or she controls something you desire. 13-2 Power and Dependence Person
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KNOWLEDGE BASE APPROACH TO INTEGRATED FMEA If you want snapshots‚ use a spreadsheet. If you want continuous improvement‚ use a Knowledge Base Approach KEY WORDS Artificial Intelligence‚ Continuous Improvement‚ Corrective Action ‚Risk Priority Number SUMMARY Integrated Failure Mode and Effects Analysis (IFMEA) is an interdisciplinary methodology for product and process improvement. The methodology employs the fundamentals of artificial intelligence and knowledge mine acquisition to
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A CCL Research White Paper The Role of Power in Effective Leadership By: Vidula Bal Michael Campbell Judith Steed Kyle Meddings C E N T E R F O R C R E AT I V E L E A D E R S H I P The Role of Power in Effective Leadership CONTENTS Executive Summary Background Power and Leadership Sources of Power The Power of Relationships The Power of Information Understanding the Organization’s Role How Leaders Leverage Power Effectively Reflection Questions Resources References About the Authors
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With control comes power and power becomes a need for control. It is in our human nature that we feel a sense of individuality and in essence total self-empowerment of our own lives. No one is born with the aspiration to be submissive‚ though we are all born with the longing to lead our lives to our own fate. Though when all is lost‚ what is left? By exploring concepts and themes within the Shakespearean play “King Lear” and the film “The Truman Show”‚ we are able to comprehend a clearer understanding
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Bases are substances that are in aqueous solution‚ are slippery to the touch‚ taste bitter‚ change the color of indicators Examples turn red litmus paper blue and react with acids to form salts‚ promote certain chemical reactions. General properties of a base are Concentrated or strong bases and are caustic on organic matter and react violently with acidic substances. Also bases can are bitter in taste. And the pH of a basic solution at standard conditions is greater than seven. Strong bases are
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It must be stressed that the power to regulate the practice of a profession or pursuit of an occupation cannot be exercised by the State in an arbitrary‚ despotic or oppressive manner. However‚ the regulating body has the right to grant or forbid such privilege in accordance with certain conditions. But like all rights and freedoms guaranteed by the Constitution‚ their exercise may be regulated pursuant to the police power of the State to safeguard health‚ morals‚ peace‚ education‚ order‚ safety
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Period: 4 Strong Acid and Weak Base Lab PURPOSE: To find the molarity of an unknown acidic acid. MATERIALS: 1. 250 mL beaker 2. 10 mL graduated cylinder 3. 50 mL beaker 4. Funnel 5. 125 mL Erlenmeyer flask 6. 50 mL buret 7. Ring stand 8. Strong acid 9. Weak base 10. Phenolphthalein 11. De-ionized water. PROCEDURES: 1. Fill the buret with a weak base and place it in the ring stand. 2. Fill the 50 mL beaker with
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Chemistry: Strong Acid and Weak Base Titration Lab Cherno Okafor Mr. Huang SCH4U7 November 21st‚ 2012 Data Collection and Processing Concentration of the standard HCl solution: 0.1 M Data Collection: | Trial 1 | Trial 2 | Trial 3 | Final HCl Buret Reading ± 0.05 mL | 38.3 | 45 | 54.5 | Initial HCl Buret Reading ± 0.05 mL | 29.9 | 38.3 | 45 | Volume of NaHCO3 used ± 0.1 mL | 9.2 | 9.5 | 9.8 | Qualitative Data: * I used the
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