INTRODUCTION: Kota Fibres‚ Ltd. is one of India textile fiber manufactures that supply nylon fiber to domestic textile mills which make saris‚ the traditional women ’s dress. Facing demand of India ’s female population of 500 million‚ the saris industry consumes 12 billion yards of fabric‚ and the market keeps a steady 15% annual growth. Kota Fibres has been run as a family business by Ms. Pundir and her family since 1962. In the year of 2000‚ Kota Fibres outperform market average by growing sales
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Case #02: Kota Fibres LTD. (Questions for Case Preparation) The following questions will help you in the preparation and analysis of this case. Use these questions as a guide in your study of the case. However‚ do not limit yourselves to these questions only‚ but rather allow yourselves to expand your thinking and analysis of this case. 1. How did Mehta construct his financial forecast? Using the financial forecast‚ prepare to show the “cash cycle” of the firm (i.e.‚ the flow of funds through
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1.How did Mehta construct his financial forecast? Using the financial forecast‚ prepare to show the "cash cycle" of the firm (i.e. the flow of funds through the working-capital accounts of the firm). Mr. Mehta developed a monthly forecast of financial statements by using the current operating assumptions. As an alternative way of looking at the forecasted funds flows‚ Mr. Mehta also prepared a forecast of cash receipts and disbursements. To prepare a financial forecast‚ Mr. Mehta would improve on
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Statement The problem that the firm Guna Fibres is facing is that they lack sufficient cash flow from operations to meet their day-to-day financial obligations. Guna Fibres has become dependent on a revolving line of credit from the All-India Bank & Trust Company and due to increasing operating expenses and costs of good sold Guna Fibres is no longer able to remain solvent based on their current financial practices. Situation Analysis Guna Fibres is a textile manufacturing company located in
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Executive Summary Optical fibres are being increasingly used in the telecommunications industry. They are slowly replacing the conventional copper cables due their superior ‘data transmission’ properties. They transmit data via light pulses within glass or plastic strands. Fibre optics fit the material requirements for good data transmission since they are ability to transmit and preserve quality of signals‚ durable and cost-effective. Some of the current materials employed within the industry
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NCRETE [pic] [pic] ACKNOWLEDGEMENT This project report presents a general preview of “WASTE WATER ENGINEERING”. It gives information of functions‚ types‚ Properties and some design aspects of construction. Regarding this report I would like to express my sincere gratitude of Prof. Amitava Ganguly for providing important information‚ guidelines and acquainting me with the relevant books‚ and websites
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what are the main silk producing countries? what are the main silk producing countries? Thailand china India how is silk made? how is silk made? Today the silk industry is worth a lot of money. It is actually worth anywhere between $200 and $500 million each year. This is because there is such great demand for items that are made from silk. Usually the species Bombyx mori is cultivated and raised under controlled conditions. There are various stages to this
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Fibres and Fabircs - Vanda Rulewaska Term 1 assignment INTRODUCTION TO FIBRES AND FABIRCS CONTENTS 1.0 INTRODUCTION 2.0 TREND - ZARA‚ Dolce&Gabbana 3.0 FABRIC AND CARE ANALYSIS : POLYESTER‚ SILK‚ COTTON 4.0 GARMENT COMPARE : NON-WOVEN‚ WOVEN‚ KNITTED FABRIES 5.0 APPENDIX I - MOOD BOARD : FUR SEASON IN WILD WORLD 6.0 CONCLUSION 7.0 BIBLOGRAPHY 1.0 INTRODUCTION Textile fiber‚ a unit in which many complicated textile
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urea used in retting on the properties of kenaf fibres. The experiment was conducted with four varieties of Kenaf plant namely: Cuba-108‚ Tianung-2‚ Ifeken-Di-400 and Ifeken 400. Two kenaf stems of each of the four varieties were tied (bundled) together and soaked in an improvised retting tank containing urea solutions at 1 and 2% concentrations and control (without urea). The properties of retting liquor were assessed at two days interval. Fibres retted in each treatment were subjected to physical
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Attempt to produce man-made fibre was first started with Artificial Silk’ at 1855 in England by Swiss chemist named Audemars. The fibrous inner bark of mulberry tree was then chemically modified to produce cellulose. At 1880s‚ sir Joseph Swan an English chemist experimented by forcing the cellulose liquid through fine holes into a coagulating bath. First commercial production of artificial fibre was achieved by French chemist Count Hilaire de chardonnet at 1889 in France. At that time he produced
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