while the residue is a superior raw material for extraction of κ-carrageenan‚ thereby enhancing the value of the seaweed. Other advantages of the invention include a reduced drying time and drying area to obtain the raw material for κ-carrageenan production in dry and storable form‚ a reduced cost of transporting and storing this raw material because of its lesser bulk‚ easier handling due to its free flowing granular nature‚ and its direct use for gel preparation in certain applications.Inventors: Karuppanan
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which are bitter due to their oxalic content‚ can be removed with the use of steam. Ragouts and soups are often prepared with crushed sesame seeds. Sesame hay‚ if carefully dried‚ can be used as fodder. A large proportion of the world’s sesame production goes towards producing edible oil. Purely white sesame seeds are in demand on conventional as on ecological markets‚ because of their higher oil content than pigmented varieties. By-products of oil extraction are an excellent protein component to
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1) The manager of an automobile repair shop hopes to achieve a better allocation of inventory control efforts by adopting an A-B-C approach to inventory control. a) Given monthly usages in the following table‚ classify the items in A‚ B and C categories according to dollar usage: Item Usage Unit Cost 4021 90 $1‚400 9402 300 12 4066 30 700 6500 150 20 9280 10 1‚020 4050 80 140 6850 2‚000 10 3010 400 20 4400 5‚000 5 a) In descending order: Item Usage x Cost 4021 $126‚000
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CHAPTER 22 The Costs of Production Topic Question numbers ___________________________________________________________________________________________________ 1. Costs: explicit and implicit 1-9 2. Profits 10-23 3. Short run versus long run 24-31 4. Law of diminishing returns 32-55 5. Short-run costs 56-157 6. Long-run costs 158-193 Last Word 194-196 True-False 197-210 ___________________________________________________________________________________________________
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SILK Silk is undisputedly the most beautiful of all natural fibers‚ with its unearthly sheen. It is also uncommonly strong‚ even at its finest‚ when it is almost invisible. It is unlike any other fiber used to make fabrics‚ for it is neither grown in a field or on an animal. It is not manufactured in a factory. A humble caterpillar about the size of a woman’s smallest finger produces the silk fiber‚ spinning it out of its mouth‚ using tiny fore-legs to place the silk where it should go. It is
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FUNDAMENTALS OF Food & Beverage Production UNIT – I INTRODUCTION TO THE ART OF COOKERY Unit-II Aims & Objectives of Cooking food UNIT III Preparation of Ingredients Unit-IV Equipment used in kitchen UNIT-V KITCHEN ORGANISATION UNIT-VI METHODS OF COOKING UNIT VII STOCKS ‚GLAZES‚SAUCES AND SOUPS UNIT-VIII: BASIC PREPERATIONS UNIT IX FOOD COMODITIES UNIT – I INTRODUCTION TO THE ART OF COOKERY 1.1 Development of the
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feed in and other 12% balance is water‚ the scaling factor that is used is 162.004389. Based on the overall mass balance in table 6.4‚ it shows that this process is not balance but yet has low percentage of error which is 1.8%. Mass balance of the production of acetone can be considered as acceptable due to the low error
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Crop Production Techniques of Horticultural Crops 2013 HORTICULTURAL COLLEGE AND RESEARCH INSTITUTE TAMIL NADU AGRICULTURAL UNIVERSITY COIMBATORE – 641 003 Contents Part I - Fruits Page No. Chapter A - Tropical and Sub Tropical Fruits Mango .................................................................................................................. Banana .....................................................................................................
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PRODUCTION PLANNING TERM PROJECT | | | Course Lecturer: Prof.Dr.Selim Zaim Öğr.Gör.Dr.Hüseyin Selçuk Kılıç | | | | | Project Members: Elif Duygu Bağatırlar 150308045 Merve Ağaoğlu 150308026 İbrahim Ahıskalı 150308006 QUESTION 1 * Moving Average Method | | MA(2) | MA(3) | MA(4) | MA(5) | MA(6) | MA(2) | MA(3) | MA(4) | MA(5) | Month | Demand | one-step ahead | one-step ahead | one-step ahead | one-step ahead | one-step ahead | two
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Urine production If body fluids are hypo osmolar‚ then kidney will produces hypo osmolar urine. (Dilute urine) If body fluids are hyper osmolar (dehydration) then kidney produces hyperosmolar urine. (concentrated urine) In the renal cortex the osmolarity of interstitial fluid is 300mOs/L going to 1200mOs/L in the papilla. From the cortex to the papilla there is an increasing hyper osmolarity of the interstitial fluid. Cortico papillary osmolarity gradient. Urine with osmolarity more than 300mOs/l
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