Three common sets of reagents for nitration are 1. HNO3, H2SO4. 2.pdf

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Three common sets of reagents for nitration are: 1. HNO3, H2SO4. 2. Nitronium tetrafluoroborate: [NO2]+ [BF4]- 3. HNO3 and Ac2O (acetic anhydride). Of these, the first is by far the most common. Solution Three common sets of reagents for nitration are: 1. HNO3, H2SO4. 2. Nitronium tetrafluoroborate: [NO2]+ [BF4]- 3. HNO3 and Ac2O (acetic anhydride). Of these, the first is by far the most common..

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1. ANS: Torsion: Mollusca bilaterally symmetrical animals but this symmetry is lost in gastropod due to the 2 processes termed as coiling and torsion. Torsion occurs in all gastropods during larva development. In this the visceral mass, mantle and shell 180 with respect to the head and foot and it brings the mantle cavity and annus to an anterior position above the head. 2. ANS: Bivalve Mollusca’s can breathe through their gills and some bivalves’ gills can gather food. Every bivalve can make its own shells. The internal mantle continuously secretes calcium carbonate so the outer shell was forms. In Mollusca bivalves are divides from front to back into left and right valves. Ex: Oysters, scallops. 3. ANS: Among 3 of 5 classes (cephalopod, Polyplacophora & gastropod) groups of mollusks possess a radula. Radula Function: In mollusks it is used for feeding, among this it acts like a tongue. 4. ANS: No, all mollusks did not have calcium carbonate (CaCO3) shells. Among the two classes of aplacophoran (caudofoveata & Solenogastres) calcium carbonate (CaCO3) shells are not present. Due to the largely changing lifestyle and suspension or suspension feeding the bivalves are lost. The radula & head is raisin in most mollusks. Solution 1. ANS: Torsion: Mollusca bilaterally symmetrical animals but this symmetry is lost in gastropod due to the 2 processes termed as coiling and torsion. Torsion occurs in all gastropods during larva development. In this the visceral mass, mantle and shell 180 with respect to the head and foot and it brings the mantle cavity and annus to an anterior position above the head. 2. ANS: Bivalve Mollusca’s can breathe through their gills and some bivalves’ gills can gather food. Every bivalve can make its own shells. The internal mantle continuously secretes calcium carbonate so the outer shell was forms. In Mollusca bivalves are divides from front to back into left and right valves. Ex: Oysters, scallops. 3. ANS: Among 3 of 5 classes (cephalopod, Polyplacophora & gastropod) groups of mollusks possess a radula. Radula Function: In mollusks it is used for feeding, among this it acts like a tongue. 4. ANS: No, all mollusks did not have calcium carbonate (CaCO3) shells. Among the two classes of aplacophoran (caudofoveata & Solenogastres) calcium carbonate (CaCO3) shells are not present. Due to the largely changing lifestyle and suspension or suspension feeding the bivalves are lost. The radula & head is raisin in most mollusks..

1. ANSTorsionMollusca bilaterally symmetrical animals but this.pdf

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Caesium (cesium in USA) metal reacts rapidly with water to form a colourless solution of caesium hydroxide (CsOH) and hydrogen gas (H2). The resulting solution is basic because of the dissolved hydroxide. The reaction is very exothermic. The reaction is so fast that if the reaction is carried out in a glass vessel, the glass container will shatter. Although not known for certain, the reaction is probably slower than that of francium (immediately below caesium in the periodic table). The reaction is faster than that of rubidium (immediately above caesium in the periodic table). 2Cs(s) + 2H2O ? 2CsOH(aq) + H2(g) Solution Caesium (cesium in USA) metal reacts rapidly with water to form a colourless solution of caesium hydroxide (CsOH) and hydrogen gas (H2). The resulting solution is basic because of the dissolved hydroxide. The reaction is very exothermic. The reaction is so fast that if the reaction is carried out in a glass vessel, the glass container will shatter. Although not known for certain, the reaction is probably slower than that of francium (immediately below caesium in the periodic table). The reaction is faster than that of rubidium (immediately above caesium in the periodic table). 2Cs(s) + 2H2O ? 2CsOH(aq) + H2(g).

Caesium (cesium in USA) metal reacts rapidly with.pdf

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1. General mechanism Carboxylic acids can be esterified by alcohols in the presence of a suitable acidic catalyst as illustrated in Scheme 1. The initial step is protonation of the acid to give an oxonium ion (1), which can undergo an exchange reaction with an alcohol to give the intermediate (2), and this in turn can lose a proton to become an ester (3). Each step in the process is reversible but in the presence of a large excess of the alcohol, the equilibrium point of the reaction is displaced so that esterification proceeds virtually to completion. However, in the presence of water, which is a stronger electron donor than are aliphatic alcohols, formation of the intermediate (2) is not favoured and esterification will not proceed fully. Scheme 1. Acid- catalysed esterification of fatty acids. Ester exchange or transesterification occurs under similar conditions (Scheme 2). In this instance, initial protonation of the ester is followed by addition of the exchanging alcohol to give the intermediate (4), which can be dissociated via the transitions state (5) to give the ester (6). Again, each step is reversible and in the presence of a large excess of the alcohol, the equilibrium point of the reaction is displaced so that the product is almost entirely the required ester (6). Water must once more be excluded, as it would produce some hydrolysis by dissociation of an intermediate analogous to (4) (R\" = H) to a free acid. The preferred conditions for acid-catalysed esterification of carboxylic acids or transesterification of existing esters are therefore a large excess of the appropriate alcohol and absence of water. While it may be possible to obtain water-free conditions simply by adding anhydrous sodium sulfate to the reaction medium [256], a better practice in general is to operate with dry reagents and glassware. Scheme 2. Acid-catalysed transesterification of lipids. A critical practical point is the choice of acid as catalyst. This must facilitate the reaction but should not cause unwanted side effects. In principle, the methodology can be used with any alcohol component, but in practice it is limited to those alcohols that can be eliminated from the reaction medium by selective evaporation, i.e. methanol to perhaps pentanol. 2. Methanolic hydrogen chloride The most frequently cited reagent for the preparation of methyl esters is 5% anhydrous hydrogen chloride (not hydrochloric acid) in methanol, prepared by bubbling dry gaseous hydrogen chloride into dry methanol. Gaseous hydrogen chloride is available commercially in cylinders or can be prepared when needed by dropping concentrated sulfuric acid onto fused ammonium chloride or into concentrated hydrochloric acid in a Kipp\'s apparatus [100]. The stability of the reagent was studied by Kishimoto and Radin [183], who found that half the titratable acid was lost at room temperature in six weeks, presumably by reaction between the acid and methanol to give methyl chloride and water. Simi.

1. General mechanism Carboxylic acids can be esterified by alcohols .pdf

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Working capital. (2014) Total current assets - Total current liabilities = 508,967 - 215,293 = 293,674 Current ratio. (2014) Total current assets / Total current liabilities = 508,967 / 215,293 = 2.364067 Free cash flow. (2014) Operating Cash Flow - Capital Expenditures = 209,151 - 108,497 = 100,654 Debt to assets ratio. (2014) Debt(Bonds payable) / Total assets = 216,186 / 1,100,764 = 0.196396 Earnings per share. (2014) Profit after tax / No of shares outstanding = 123101 / 50000 = 2.46202 Working capital $ 293,674 Current ratio 2.364066644 Free cash flow $ 100,654 Debt to assets ratio 19.64% Earnings per share $ 2.46202 Working capital. (2014) Total current assets - Total current liabilities = 508,967 - 215,293 = 293,674 Current ratio. (2014) Total current assets / Total current liabilities = 508,967 / 215,293 = 2.364067 Free cash flow. (2014) Operating Cash Flow - Capital Expenditures = 209,151 - 108,497 = 100,654 Debt to assets ratio. (2014) Debt(Bonds payable) / Total assets = 216,186 / 1,100,764 = 0.196396 Earnings per share. (2014) Profit after tax / No of shares outstanding = 123101 / 50000 = 2.46202 Solution Working capital. (2014) Total current assets - Total current liabilities = 508,967 - 215,293 = 293,674 Current ratio. (2014) Total current assets / Total current liabilities = 508,967 / 215,293 = 2.364067 Free cash flow. (2014) Operating Cash Flow - Capital Expenditures = 209,151 - 108,497 = 100,654 Debt to assets ratio. (2014) Debt(Bonds payable) / Total assets = 216,186 / 1,100,764 = 0.196396 Earnings per share. (2014) Profit after tax / No of shares outstanding = 123101 / 50000 = 2.46202 Working capital $ 293,674 Current ratio 2.364066644 Free cash flow $ 100,654 Debt to assets ratio 19.64% Earnings per share $ 2.46202 Working capital. (2014) Total current assets - Total current liabilities = 508,967 - 215,293 = 293,674 Current ratio. (2014) Total current assets / Total current liabilities = 508,967 / 215,293 = 2.364067 Free cash flow. (2014) Operating Cash Flow - Capital Expenditures = 209,151 - 108,497 = 100,654 Debt to assets ratio. (2014) Debt(Bonds payable) / Total assets = 216,186 / 1,100,764 = 0.196396 Earnings per share. (2014) Profit after tax / No of shares outstanding = 123101 / 50000 = 2.46202.

Working capital. (2014)Total current assets- Total current li.pdf

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-CoQ: coenzyme (in fact, it stands for Coenzyme-Q) -Lipase: neither (lipase is an enzyme) -NADP: coenzyme -Biotin: coenzyme -Ni2+: cofactor (nickel is a non-protein compound, but it assists with Ni2+-requiring ARD) -Metal ion: cofactor (a good example of an inorganic cofactor) Solution -CoQ: coenzyme (in fact, it stands for Coenzyme-Q) -Lipase: neither (lipase is an enzyme) -NADP: coenzyme -Biotin: coenzyme -Ni2+: cofactor (nickel is a non-protein compound, but it assists with Ni2+-requiring ARD) -Metal ion: cofactor (a good example of an inorganic cofactor).

-CoQ coenzyme (in fact, it stands for Coenzyme-Q)-Lipase neit.pdf

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All reflexes are involuntary. Only polysynaptic reflex arcs use afferent and efferent nerve fibers. Monosynaptic reflex pathways do not use interneurons. The purpose of all reflexes is to prevent injury. A reflex is a rapid,involuntary sequence of actions that occur in response to a specific stimulus.In polysynaptic reflex arcs,one or more interneurons connect afferent (sensory) and efferent (motor) signals.When a reflex arc consists of only two neurons,one sensory neuron,and one motor neuron,it is defined as monosynaptic.Monosynaptic refers to the presence of a single chemical synapse.A monosynaptic reflex has only one synapse in its reflex arc,there are no interneurons. Solution All reflexes are involuntary. Only polysynaptic reflex arcs use afferent and efferent nerve fibers. Monosynaptic reflex pathways do not use interneurons. The purpose of all reflexes is to prevent injury. A reflex is a rapid,involuntary sequence of actions that occur in response to a specific stimulus.In polysynaptic reflex arcs,one or more interneurons connect afferent (sensory) and efferent (motor) signals.When a reflex arc consists of only two neurons,one sensory neuron,and one motor neuron,it is defined as monosynaptic.Monosynaptic refers to the presence of a single chemical synapse.A monosynaptic reflex has only one synapse in its reflex arc,there are no interneurons..

All reflexes are involuntary.Only polysynaptic reflex arcs use aff.pdf

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Ans 5. Risk of sharing digital models with other parties: With the growing world, the technology has grown to an extent where one can get the information, share, complete the task , check and what not everything can be done with digital knowledge. Risks are: 1. There will be no control over the data you send : Sometimes if the work or the provided task is not completed in the comany they might carry forward the work to home where you might be using un encrypted versions. So, this data can be assessed and that may shatter water over the work or all the hard work you did. 2. Bring your own device: If the company allows the employes to use their own device than there may be risk of third party using your device. Thus, sharing digital models involves lot of risks as if the data reaches in the hand of other parties than the awesome amount of work done, the planning execution and even there may be chances of the other parties to sue the organisation claiming they have copied their work. Ans 6. Yes, the party managing the modeling process are exposed to additional liability under some conditions. Ans: 7 Risks from potential interoperability of the various BIM software platforms in use: Interoperability is the ability of various entitites and different technology to exchange information. 1. Information leakage 2. Less efficiency of construction project participants 3. No security in the data exchange Solution Ans 5. Risk of sharing digital models with other parties: With the growing world, the technology has grown to an extent where one can get the information, share, complete the task , check and what not everything can be done with digital knowledge. Risks are: 1. There will be no control over the data you send : Sometimes if the work or the provided task is not completed in the comany they might carry forward the work to home where you might be using un encrypted versions. So, this data can be assessed and that may shatter water over the work or all the hard work you did. 2. Bring your own device: If the company allows the employes to use their own device than there may be risk of third party using your device. Thus, sharing digital models involves lot of risks as if the data reaches in the hand of other parties than the awesome amount of work done, the planning execution and even there may be chances of the other parties to sue the organisation claiming they have copied their work. Ans 6. Yes, the party managing the modeling process are exposed to additional liability under some conditions. Ans: 7 Risks from potential interoperability of the various BIM software platforms in use: Interoperability is the ability of various entitites and different technology to exchange information. 1. Information leakage 2. Less efficiency of construction project participants 3. No security in the data exchange.

Ans 5. Risk of sharing digital models with other parties With the g.pdf

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About File history in windows 8: Any time your personal files change, there will be a copy stored on a dedicated, external storage device of your choice. File History continuously protects your personal files stored in libraries, desktop, favorites folders. It periodically (every hour by default) scans the file system for changes and copies changed files to another location. Over time, File History builds a complete history of the changes made to any personal file. File History was introduced in Windows 8, and gives you a new way to protect your files. It supersedes the existing Windows Backup and Restore features of Windows 7 because it was never a very popular application. This leaves your personal data and digital memories quite vulnerable, as any accident can lead to data loss. In Windows 8, Microsoft is actively trying to: While designing File History, Microsoft used what it had learned in the past and added requirements to address the changing needs of PC users: When a specific point in time (PiT) version of a file or even an entire folder is needed, you can quickly find it and restore it. The restore application was designed to offer an engaging experience optimized for browsing, searching, previewing and restoring files. Setting up Before you start using File History to back up your files, you’ll need to set up a drive to which you will save files. Microsoft recommends you use an external drive or network location to help protect your files against a crash or other PC problem. File History only saves copies of files in your libraries, favorites and on your desktop. If you have folders elsewhere you want backed up, you can add them to one of your existing libraries or create a new library. To set up File History: You can also set up a drive in AutoPlay by connecting the drive to your PC, tapping or clicking the notification that appears, then tapping or clicking “Configure this drive for backup.” That’s it. From that moment, every hour, File History will check your libraries, desktop, favorites for any changes. If it finds changed files, it will automatically copy them to the File History drive. Restoring files aruen\'t available elsewhere on your system When something bad happens and one or more personal files are lost, the restore application makes it easy to: Microsoft designed the restore application for wide-screen displays and wanted to offer a unique, engaging and convenient way of finding a specific version of a file by looking at its preview. With other backup applications, you have to select a backup set created on a specific date. Then you have to browse to find a specific folder and then find the one file you need. At this point, however, it’s impossible to open the file or preview its contents to determine if it’s the correct one. You have to restore the file and if it isn’t the right version, you have to start over. With File History, the search starts right in Windows Explorer. You can browse to a specific location and c.

About File history in windows 8 Any time your personal files c.pdf

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The answer is 21.3 kJ of heat. See solution below: Moles of water = mass/molar mass of water = 50.0/18.02 = 2.775 mol Heat required to melt ice to water at 0oC = moles x heat of fusion of water = 2.775 x 6.01 = 16.7 kJ Heat required to warm melted ice from 0 to 22oC = moles x heat capacity of water x temperature change = 2.775 x 75 x (22 - 0) = 4578 J 4.6 kJ Total heat required = 16.7 + 4.6 = 21.3 kJ Solution The answer is 21.3 kJ of heat. See solution below: Moles of water = mass/molar mass of water = 50.0/18.02 = 2.775 mol Heat required to melt ice to water at 0oC = moles x heat of fusion of water = 2.775 x 6.01 = 16.7 kJ Heat required to warm melted ice from 0 to 22oC = moles x heat capacity of water x temperature change = 2.775 x 75 x (22 - 0) = 4578 J 4.6 kJ Total heat required = 16.7 + 4.6 = 21.3 kJ.

The answer is 21.3 kJ of heat. See solution belowMoles of water =.pdf

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The Auditors need to be very cautious while auditing a firm where risk of management fraud is very high. Before starting the actual audit , the audtors need to assess the following status regarding the corporate governance of the company; 1. Whether there is an effective Audit Committee having independent Directors and at least one Financial expert is working. Whether the Audit committee works independently and challenges management views if required? Whether the Auditors report directly to Audit committee without any interference from Management? Does the Audit committee understand well the business and its environment and riskd? 2. Whether the internal Audit of the company is opeartional and give its suggestions independently? 3. Whether there is strong whistleblower policy and protection for whistleblowers ? Has anything in the recent pat been reported by whistleblowers? After assessing the coroprate Governance status of the company , the Auditors need to assess the fraud risks associated with the business. The Auditors must assess various finance processes for risk from the input providers, from system or ERP, from output and storage of data and risks from lapse in approval system or risks from ineffective segregation of duty. According to the risk assessment, Auditors need to chalk out the Audit paln and do extended audit if required in the vulnerable areas. Senior partners and associates must be deployed in such audits to avoid any lapse due to inexperience in auditing. While doing the actual audit, the following points may be specifically checked; 1. Whether there is frequest and unreasonable change in Accounting Principles and estimates, 2. Whether any loans or advances made to employees or Directors, 3. Whether any asset or liability that is directly related to comapny has been shown as asset & liability of any special purpose entity (SPE) and no detailed disclosure made about that. 4. Whether some crucial disclosures are made an a masked and incorrect manner. 5. Whether any incorrect/inflated/deflated revenue or expense recorded and approved by management. 6. Whether any fraudulane payment/receipt/debit or credit note payment or receipt has been recoreded and approved by management? 7. Whether bad debt or other provision amounts are not based on realistic calculation and twisted as per management advice? 8. Whether bank transactions are properly done and rconciliations are matched with bank statementa and whether bank deposit receipts are cross tallied with bank physically? 9. Whether master data related to vendor and cutsomer master creation, manitaning the rates and discount rates , vendor and customer bank details etc are manitained by authorised persons have specific access and are properly authorised? The master data change trails need to be carefully audited. These are some of the audit points that will be very helpful in auditing a high risk comapny. Solution The Auditors need to be very cautious while auditing a firm where r.

The Auditors need to be very cautious while auditing a firm where ri.pdf

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Solution : Advantage of forming a mutuallistic symbiosis with mycorrhizae are- (A) The fungal hyphae are thin and have a high surface to volume ratio. Mycorrhizae is a mutual relation between fungi and plants.Fungi received food from the plant by the process of photosynthesis.Fungal hyphae helps in increasing surface area of roots of plant so they can absorb more nutrients from the soil.It also contribute in plants growth..

Solution Advantage of forming a mutuallistic symbiosis with mycor.pdf

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The answer is that the brain and CNS has an architecture which is called \" Post-mitotic\". There are only few areas in the brain and the CNS which can produce new nerve cells. The neurons does not undergo cell division to form new cells because they do not have \"Centrioles\". Centrioles function in the cell division, the fact that neurons lack this organelle is consistent with the amitotic nature of the cells. Moreover, each nerve cell has a specific function in our CNS. Its job is taking a signal from one specific place to another. Adding new nerve cells would mess up these specific connections in the CNS, thus halting various functions. When Poliomyeletis attack the motor neurons in the spinal cord, it may get destroyed, damaged or unaffected. Muscle fibres of the destroyed motor neurons may be orphaned or reinnervated.Nearby functioning motor units then send terminal axon sprouts to reinnervate the orphaned muscle fibres. If there are too many orphaned muscle fibres and less number of surviving motor units to reinnervate them, musce fibre will continue to fibrilate till atropy and die. The resultant effect of poliomyletis is the loss of all the motor units . In most severe cases, the virus affects the motor units present in the brain and thu reducing breathing capacity and also causing difficulty in swallowing and speaking. Physiologial homeostasis is affected by the polio only when the patient has lost the ability to breathe due to paralysis. He cannot control the pH of his blood which requires changing the rate of respiration to remove excess carbon dioxide from the blood when the pH is too low. Solution The answer is that the brain and CNS has an architecture which is called \" Post-mitotic\". There are only few areas in the brain and the CNS which can produce new nerve cells. The neurons does not undergo cell division to form new cells because they do not have \"Centrioles\". Centrioles function in the cell division, the fact that neurons lack this organelle is consistent with the amitotic nature of the cells. Moreover, each nerve cell has a specific function in our CNS. Its job is taking a signal from one specific place to another. Adding new nerve cells would mess up these specific connections in the CNS, thus halting various functions. When Poliomyeletis attack the motor neurons in the spinal cord, it may get destroyed, damaged or unaffected. Muscle fibres of the destroyed motor neurons may be orphaned or reinnervated.Nearby functioning motor units then send terminal axon sprouts to reinnervate the orphaned muscle fibres. If there are too many orphaned muscle fibres and less number of surviving motor units to reinnervate them, musce fibre will continue to fibrilate till atropy and die. The resultant effect of poliomyletis is the loss of all the motor units . In most severe cases, the virus affects the motor units present in the brain and thu reducing breathing capacity and also causing difficulty in swallowing and speaking. Physio.

The answer is that the brain and CNS has an architecture which is ca.pdf

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tested on eclipseRainFall.javai.pdf

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A nucleotide is a nucleoside with a phosphate ester linked to the sugar. Explanation: nucleoside- nitrogenous base covalently attached to deoxyribose without the phosphate group. nucleotide - nitrogenous base covalently attached to deoxyribose and phosphate groups. Solution A nucleotide is a nucleoside with a phosphate ester linked to the sugar. Explanation: nucleoside- nitrogenous base covalently attached to deoxyribose without the phosphate group. nucleotide - nitrogenous base covalently attached to deoxyribose and phosphate groups..

A nucleotide is a nucleoside with a phosphate ester linked to the su.pdf

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Portion of the retained earnings reported in the consolidated balanc.pdf

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Please describe how you might feel( must not be you) and what you mi.pdf

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No it is not possible. The above reaction is known as williamsons ssynthesis and is type of nucleophilic substitution. If we see the reactivity of halogene compounds aryl halides have very poor reactivity towards nucleophilic substitution. this is because in -chloronapthalene the chlorine is attched to ring carbon directly, so, due to resonance there will be partial double bond nature b/w Cl and ring carbon.There by incoming nucleophile can not break that bond easily. Solution No it is not possible. The above reaction is known as williamsons ssynthesis and is type of nucleophilic substitution. If we see the reactivity of halogene compounds aryl halides have very poor reactivity towards nucleophilic substitution. this is because in -chloronapthalene the chlorine is attched to ring carbon directly, so, due to resonance there will be partial double bond nature b/w Cl and ring carbon.There by incoming nucleophile can not break that bond easily..

No it is not possible. The above reaction is known as williamsons ss.pdf

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Hi, follwoing matter and list of reference will useful for your research on diabetes Diabetes is a complex metabolic issue that is progressively influencing the world\'s populace. Its wellbeing and monetary outcomes are significant. The WHO Global Procedure for the Prevention and Control of Noncommunicable Diseases perceives diabetes as one of its need conditions (1). The larger part of individuals with diabetes live in low-and center salary nations, where the commonness is expanding significantly. A few thorough trials in chose populaces have demonstrated that diabetes and its confusions can be counteracted then again postponed. This paper diagrams the populace and clinical research that can be directed in low-asset settings and that can possibly diminish the weight of diabetes in low-and center wage nations. The points incorporate needs in making an interpretation of clinical trial comes about into essential and auxiliary aversion, indicative criteria refinement and enhanced demonstrative what\'s more, observing techniques, appraisal and administration of comorbidity with irresistible maladies, reconnaissance and monetary assessment of mediations. 1. Diabetes and its worldwide weight Diabetes mellitus is a mind boggling set of metabolic issue described by unending hyperglycaemia and unsettling influences of sugar, fat and protein digestion system coming about because of absconds in insulin emission, insulin activity or both (2). The long haul, generally particular inconveniences of diabetes mellitus are prevalently vascular and incorporate the advancement of retinopathy, nephropathy and neuropathy. Individuals with diabetes additionally have an altogether expanded danger of cardiovascular, fringe blood vessel and cerebrovascular malady. The significant sorts of diabetes are sort 1, sort 2 and gestational diabetes, however a few different types of diabetes exist and there seems, by all accounts, to be an expanding extent of atypical presentations of diabetes in some low-and center pay nations (3). The analysis of diabetes is affirmed by exhibiting raised blood/plasma glucose levels either in fasting or post-challenge states. A wide range of diabetes include both hereditary vulnerability (albeit quite a bit of this still remains obscure) and presentation to undesirable situations or ways of life. The recurrence of right now known qualities connected with vulnerability to diabetes is high, however their esteem in foreseeing future diabetes stays low (4). It is assessed that 285 million individuals have diabetes in 2010, and around 70% of them live in creating nations (5). The weight of diabetes is all around delineated by the way that while 3% of an aggregate populace is dealt with for diabetes and its inconveniences, the malady devours around 10–15% of the whole medicinal services spending plan (6). In spite of the fact that populace based information are rare, accessible studies demonstrate that diabetes is a vital reason for dismalness and .

Hi,follwoing matter and list of reference will useful for your res.pdf

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3)Fill in the blanks of knee joint: A is pre-patellar bursa B is supra-patellar bursa C is articular cartilage D is meniscus 4)Fill in the blanks of Brain: A isfrontal lobe B is occipital lobe C is cerebellum D is temporal lobe Solution 3)Fill in the blanks of knee joint: A is pre-patellar bursa B is supra-patellar bursa C is articular cartilage D is meniscus 4)Fill in the blanks of Brain: A isfrontal lobe B is occipital lobe C is cerebellum D is temporal lobe.

3)Fill in the blanks of knee jointA is pre-patellar bursaB is s.pdf

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Interface /** * * @author prmsh */ public interface EntryWayListInterface { public boolean insertHead(T newEntry); // inserting new element at start of the list public boolean insertTail(T newEntry);// inserting new element at end of the list public T deleteHead(); // returns the object that has to be deleted. public T deleteTail(); // returns the object that is deleted at last list public void display(); // diplay the contents of the list public int contains(T anEntry); // returns the position of the entry that was found public boolean isEmpty(); // checking list is empty or not public boolean isFull(); //checking list is full or not } Solution Interface /** * * @author prmsh */ public interface EntryWayListInterface { public boolean insertHead(T newEntry); // inserting new element at start of the list public boolean insertTail(T newEntry);// inserting new element at end of the list public T deleteHead(); // returns the object that has to be deleted. public T deleteTail(); // returns the object that is deleted at last list public void display(); // diplay the contents of the list public int contains(T anEntry); // returns the position of the entry that was found public boolean isEmpty(); // checking list is empty or not public boolean isFull(); //checking list is full or not }.

Interface @author prmsh public interface EntryWa.pdf

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