...................... 8 TEXTILE INDUSTRY STRUCTURE .................................................................................................... 11 3.1 3.2 3.3 Natural fibre Industry : .......................................................................................................... 11 Man-made Fibre (MMF) : ..................................................................................................... 13 Ready Made Garments ..............................................
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HOW DOES THE STRUCTURE OF NEURONES REFLECT THEIR FUNCTION The neuron or nerve cell is the structural unit of the nervous system. It is able to transmit messages between the central nervous system (CNS) and all parts of the body. There are two basic types of neuron namely - the sensory neuron (afferent) and the motor neuron (efferent) (Bear et al.‚ 3rd edition). The sensory neurons (Fig. 1-1) are capable of transmitting the sensation of pain and consist of three major portions which are the dendritic
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is shared by both Bangladesh and West Bengal of India. In the 19th and early 20th centuries‚ much of raw jute fibre of Bengal were exported to the United Kingdom‚ where it was then processed in mills concentrated in Dundee (“jute weaver” was a recognized trade occupation in the 1901 UK census)‚ but this trade had largely ceased about by about 1970 due to the entrance of synthetic fibres. Here we will try to take a brief view of the background of this industry‚ how it all started‚ how it capitalized
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replacement for silk and substituted for it in many different products after silk became scarce during World War II. It replaced silk in military applications such as parachutes and flak vests‚ and was used in many types of vehicle tires. Nylon fibres are used in many applications‚ including fabrics‚ bridal veils‚ carpets‚ musical strings‚ and rope. Solid nylon is used for mechanical parts such as machine screws‚ gears and other low- to medium-stress components previously cast in metal. Engineering-grade
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is: water 94 g‚ energy 80 kJ (19 kcal)‚ protein 0.8 g‚ fat 0.1 g‚ carbohydrate 4.5 g‚ dietary fibre 1.7 g‚ Ca 17 mg‚ Mg 12 mg‚ P 18 mg‚ Fe 0.3 mg‚ Zn 0.7 mg‚ vitamin A 56 IU‚ thiamin 0.03 mg‚ riboflavin 0.03 mg‚ niacin 0.47 mg‚ folate 93 μg‚ ascorbic acid 7.7 mg (USDA‚ 2002). The young leaves and shoots contain per 100 g: water 90 g‚ energy 251 kJ (60 kcal)‚ protein 4.0 g‚ fat 0.4 g‚ carbohydrate 4.7 g‚ fibre 1.2 g‚ Ca 58 mg‚ P 108 mg‚ Fe 2.5 mg‚ vitamin A 615 μg‚ thiamin 0.08 mg‚ riboflavin 0.18 mg
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Three main component of the circulatory system = Heart‚ Blood‚ Blood Vessels Three functions of the heart = Transportation‚ protection‚ Body temperature control De-oxygenated blood flows through the vena cava‚ it then enters the right atrium which gets pumped into the right ventricle which pumps it through the semi-lunar valve and through to the pulmonary artery. The blood flow then goes to the lungs where it is oxygenised‚ the newly oxygenised blood re-enters the heart via the pulmonary vein
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Name ( ( Class ( ( Title ( Manufactured Substances in Industry ( |Content |Page | |(A) Sulphuric acid | | |Manufacture of sulphuric acid |1 – 3 | |Properties of sulphuric acid
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kapaipuku.com - Buckwheat Nutrition Facts: Why It’s Good for You Buckwheat is one of today’s superfoods since it is chocked full of nutritional and health benefits. Unlike its name‚ it is not related to wheat or other cereal grains‚ as it actually is a fruit seed and is related to sorrel and rhubarb. With buckwheat being high in protein and gluten-free‚ it is a viable substitute for wheat and other grains that contain gluten for those with sensitivities to this substance. Learn additional information
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SH Lymphatic structures and organs | Slide: Blood‚ humanStain/colour: H&ELink: http://vslide.med.unsw.edu.au/flashslide.jsp?fn=aacr_b33.svs&mag=80 Prominent features: * Identify the different kinds of blood cells. * Note the large number of RBCs compared to WBCs –doughnut shaped‚ no nuclei. Use as “measuring stick” – 7 microns. * Platelets are much smaller – purple fragments. * Monocytes: large‚ bean-shaped nuclei * Neutrophils: small granules in cytoplasm‚ multi-lobed
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nervous system: Sympathetic: Lateral horn cells of T10-L2 segments of spinal cord (Preganglionic motor fibres)→Synapse with superior hypogastric plexus→ Hypogastric nerve (Postganglionic motor fibres) → UB Parasympathetic: Lateral horn cells of S2-S4 segments of spinal cord (Preganglionic motor fibres) → Form pelvic splanchnic nerve→ Synapse with the cell bodies of postganglionic motor fibres situated close to or within the bladder wall→ UB Somatic nervous systems: Anterior horn cells (Onuf’s nucleus)
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