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Twenty years after the release of Jurassic Park, the dream of bringing back the dinosaurs remains science fiction. But scientists predict that within 15 years they will be able to revive some more recently extinct species, such as the dodo or the passenger pigeon, raising the question of whether or not they should – just because they can. techno-environmentalist Stewart Brand is one of the driving forces behind the idea, which over the past 18 months has drawn considerable media attention and scrutiny. Brand’s Long Now Foundation is supporting scientific efforts to re-create the passenger pigeon—and exploring possibilities for the heath hen—within its “Revive & Restore” project, which has its sights on a range of candidates for resurrection, from the Tasmanian tiger to the woolly mammoth. de-extinction proposal has been met with no shortage of criticism, ranging from concerns about the misallocation of limited conservation dollars to a “vanity project,” to worries that the newly engineered species will wreak havoc when released into the environment, especially since we may no longer have thespace to accommodate them. Fears have been raised that de-extinction will also lead to the relaxation of public commitment to conservation and to averting future species extinctions. de-extinction offers something vital to conservationists today: an alternative narrative unburdened by the handwringing over extinction and ecological loss. If we were actually able to bring back the passenger pigeon, the heath hen, and other iconic species, he believes, “The conservation story could shift from negative to positive. Arizona Game and Fish Department has been actively involved in reintroducing Mexican gray wolves to portions of their historical range since the early 1990s. Management action activities have included public opinion surveys, site feasibility studies, surveys along the Mexican border for naturally occurring wolves, and intensive coordination with other cooperating agencies, primarily the U.S. Fish and Wildlife Service. Mexican Wolf Recovery Plan, adopted under the authority of the Endangered Species Act, has a primary goal of re-establishing at least 100 wild wolves, within a portion of the subspecies’ historical range, located in east-central Arizona and western New Mexico. A secondary goal is to manage wolves and their habitat in a manner that will not negatively impact the lifestyles and economy of local residents. Cooperating agencies will closely monitor and study the reintroduced wolves, contributing to the conservation of the gray wolf species as a whole. Management of the reintroduction will be constantly evaluated and adapted as new circumstances arise. Full recovery of the Mexican wolf subspecies likely will require additional reintroduction projects elsewhere, and may take several decades to accomplish. Wolf/Human Interactions Wolves can become acclimated to humans if fed, just like bears, foxes, and coyotes. Fortunately, Mexican wolf ran.

Twenty years after the release of Jurassic Park, the dream of bringi.pdf

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The two commands are used to verify NAT configuration are1) Router.pdf

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There exists two types of circulatory path in cardivascular system: 1. Pulmonary circulation and systemic circulation. Both of them differ in carrying deoxygenated blood and oxygenated blood respectively. In PULMONARY CIRCULATION: deoxygenated blood is carried from heart to lungs. When oxygen depleted blood enters right atrium and then through tricuspib valve, enters right ventricle, From there blood gets pumped into pulnonary artery , which carries blood to the lungs. In the lungs Carbon dioxide is released and oxygen is absorbed by blood. Alveolar sacs present in lungs provide surface for gaseous exchange. . Then oxygenated blood is carried by Pulmonary veins to the left atrium. In SYSTEMIC CIRCULATION blood is carried from heart to all parts of the body and provides oxygen and nutrients. oxygenated blood enters left atrium, when it leaves the pulmonary circulation, and then enters left ventricle through mitral valve. then blood enters aorta, ehich branches into arteris and carries blood throughout the body. Solution There exists two types of circulatory path in cardivascular system: 1. Pulmonary circulation and systemic circulation. Both of them differ in carrying deoxygenated blood and oxygenated blood respectively. In PULMONARY CIRCULATION: deoxygenated blood is carried from heart to lungs. When oxygen depleted blood enters right atrium and then through tricuspib valve, enters right ventricle, From there blood gets pumped into pulnonary artery , which carries blood to the lungs. In the lungs Carbon dioxide is released and oxygen is absorbed by blood. Alveolar sacs present in lungs provide surface for gaseous exchange. . Then oxygenated blood is carried by Pulmonary veins to the left atrium. In SYSTEMIC CIRCULATION blood is carried from heart to all parts of the body and provides oxygen and nutrients. oxygenated blood enters left atrium, when it leaves the pulmonary circulation, and then enters left ventricle through mitral valve. then blood enters aorta, ehich branches into arteris and carries blood throughout the body..

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The photosystems found in the thylakoid membrane of the plants are the structural and functional unit of photosynthesis. Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their electron donor is elemental sulfur. Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is thiosulfare or H2S. Alters the ATP or NADH. Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They have a similar process of photosynthesis as plants. The electrons passes through the electron transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from NADP+. Solution The photosystems found in the thylakoid membrane of the plants are the structural and functional unit of photosynthesis. Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their electron donor is elemental sulfur. Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is thiosulfare or H2S. Alters the ATP or NADH. Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They have a similar process of photosynthesis as plants. The electrons passes through the electron transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from NADP+..

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The diplococci bacteria are round-shaped microbes, and occur in the form of cell pairs. Gram- negative is a term used in association with these bacteria, which means that a crystal violet dye is not retained (in the protocol of Gram staining) by these organisms. Those bacteria, which retain this dye are known as gram positive. Neisseria Meningitidis: It is amongst the most important gram negative diplococci, and is responsible for causing meningitis. . It is a leading cause of fatal bacterial meningitis . Meningitis may be accompanied by appearance of petechiae (rash) that is associated with meningococcal bacteremia (i.e.,meningococemia). Symptoms Early meningitis symptoms may mimic the flu (influenza). Symptoms may develop over several hours or over a few days. Possible signs and symptoms in anyone older than the age of 2 include: · Sudden high fever · Stiff neck · Severe headache that seems different than normal · Headache with nausea or vomiting · Confusion or difficulty concentrating · Seizures · Sleepiness or difficulty waking · Sensitivity to light · No appetite or thirst · Skin rash (sometimes, such as in meningococcal meningitis) Doctor will also order a lumbar puncture. This test is also called a spinal tap. It allows your doctor to look for increased pressure in the central nervous system. It can also find inflammation or bacteria in the spinal fluid. This test can also help determine the best antibiotic for treatment. Bacterial meningitis requires immediate hospitalization. Early diagnosis and treatment will prevent brain damage and death. Bacterial meningitis is treated with intravenous antibiotics. There’s no specific antibiotic for bacterial meningitis. It depends on the bacteria involved. Solution The diplococci bacteria are round-shaped microbes, and occur in the form of cell pairs. Gram- negative is a term used in association with these bacteria, which means that a crystal violet dye is not retained (in the protocol of Gram staining) by these organisms. Those bacteria, which retain this dye are known as gram positive. Neisseria Meningitidis: It is amongst the most important gram negative diplococci, and is responsible for causing meningitis. . It is a leading cause of fatal bacterial meningitis . Meningitis may be accompanied by appearance of petechiae (rash) that is associated with meningococcal bacteremia (i.e.,meningococemia). Symptoms Early meningitis symptoms may mimic the flu (influenza). Symptoms may develop over several hours or over a few days. Possible signs and symptoms in anyone older than the age of 2 include: · Sudden high fever · Stiff neck · Severe headache that seems different than normal · Headache with nausea or vomiting · Confusion or difficulty concentrating · Seizures · Sleepiness or difficulty waking · Sensitivity to light · No appetite or thirst · Skin rash (sometimes, such as in meningococcal meningitis) Doctor will also order a lumbar puncture. This test is also called a spinal tap. It allows your do.

The diplococci bacteria are round-shaped microbes, and occur in the .pdf

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Technology may be defined as an innovation that can help for a person to create a easy things out of difficuilt tasks. Actually technology comparises invention, modelling and diffusion out of raw things. Technological advancement is change in certain things like cars mobiles etc so as to make life easier and easier. Technology helps in progress of business, communication with people and helps in economic development of mankind. We purchase new things with new innovations to help ourselves to make certain things easier. Technological development has helped us to provide better mind development so as one is able to gain knowledge more accurately. Technological development has grown faster and faster day by day to bring out/help people in their day by day life. Technological development has created huge advancement in communication skills. In 19th and 20th century communication was not too much developed but during 21st century there was drastic advancement in communication. People living in different parts of world were communicating and as such it was like they are close to each other in a single room talking. one of the best technological development is mobile phones/ smart phones, with the help of these person is able to locate other people, talk to them even if they are far away, can have knowledge of certain things in no time, can get knowledge what’s happening in different parts of world. This has provided a change and advancement in technology (video calling, live calling etc). Secondly, we have Mobile ad hoc network that has changed into vehicular networks where we can have security part in our vehicles. In VANET network technology has drastically changed into numerous amount of innovations. In this network where people can communicate to the different vehicles and to locate other vehicles in different cities. VANETs will be surely the largest real life example of a self maintained ad hoc network, if implemented rightly. Each node in a specific size has got certain properties which can be defined like service providers, attackers and authorities. Here in this technology you can see the advancement in technology of vehicles which we don’t see them in past years. Public safety applications, Curve speed warning, Turn assistance, Collision Warning. Through this technology one can have intervehicular communication that has got lot of features which communicating each other. Basically it is the need of people and environment and new researches that drives the technology, to bring it up to the heights where people can find it easier than earlier. Cure for diseases have provided new changes in technology as it has provided easier way to treat patients. Now people are easily treated with lesser pain, more accurately and thus technology has provided better quality treatments with less pain. Due to progress in technology operations have become less as this painful treatment has been replaced by laser treatment, humans have been replaced by robots .

Technology may be defined as an innovation that can help for a perso.pdf

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The actual illustration of values is decided by the machine design (strictly speaking, by the C implementation). the particular size is accessed through the itemsize attribute. The values hold on for \'L\' and \'I\' things are diagrammatical as Python long integers once retrieved, as a result of Python’s plain number sort cannot represent the complete vary of C’s unsigned (long) integers. The module defines the subsequent type: class array.array(typecode[, initializer]) A new array whose things ar restricted by typecode, and initialized from the nonmandatory initializer worth, that should be a listing, string, or iterable over components of the acceptable sort. Changed in version two.4: at one time, solely lists or strings were accepted. If given a listing or string, the initializer is passed to the new array’s fromlist(), fromstring(), or fromunicode() methodology (see below) to feature initial things to the array. Otherwise, the iterable initializer is passed to the extend() methodology. array.ArrayType Obsolete alias for array. Array objects support the normal sequence operations of assortment, slicing, concatenation, and multiplication. once mistreatment slice assignment, the assigned worth should be Associate in Nursing array object with an equivalent sort code; all told alternative cases, TypeError is raised. Array objects additionally implement the buffer interface, and should be used where buffer objects ar supported. The following information things and ways also are supported: array.typecode The typecode character wont to produce the array. array.itemsize The length in bytes of 1 array item within the representation. array.append(x) Append a replacement item with worth x to the tip of the array. array.buffer_info() Return a tuple (address, length) giving the present memory address and also the length in components of the buffer wont to hold array’s contents. the dimensions of the memory buffer in bytes is computed as array.buffer_info()[1] * array.itemsize. this can be often helpful once operating with low-level (and inherently unsafe) I/O interfaces that need memory addresses, like bound ioctl() operations. The came back numbers ar valid as long because the array exists and no length-changing operations ar applied thereto. Note once mistreatment array objects from code written in C or C++ (the solely thanks to effectively create use of this information), it makes a lot of sense to use the buffer interface supported by array objects. This methodology is maintained for backward compatibility and may be avoided in new code. The buffer interface is documented in Buffers and Memoryview Objects. array.byteswap() “Byteswap” all things of the array. this can be solely supported for values that ar one, 2, 4, or eight bytes in size; for alternative sorts of values, RuntimeError is raised. it\'s helpful once reading information from a file written on a machine with a unique computer memory unit order. array.count(x) Return the amount of occur.

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Solution i.e. m is bounded sequence.To find m for which the oper.pdf

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Roll up is a type of merger where the investors in the market buy 2 or more companies and merge them up or roll up to enjoy economies of scale and reduce costs. The companies in merger are generally small companies. 2. Advantages of roll up are: a. Provides instant growth in terms of instant risks and rewards to investors due to the synergies achieved by the merger. B. Eliminate the competitors in the market due to some of horizontal and vertical mergers I.e. moving up or down the supply chain. C. Surprise and challenge the competitors in the market. 3. Disadvantages of roll up are: A. Integration risk is an important issue when it comes to the integration of operations of two businesses. B. Increased cost, sometimes the cost of synergies doesn\'t outweigh the benefits of merger. C. Cultural issues are also important to address of the merging companies. 4. The recent successful roll up example is of Valeant Pharmaceuticals International Inc. based in Canada. This company grew rapidly with a series of mergers and acquisitions under the leadership of J. Michael Pearson and in 2015 it was the most valuable company in Canada. It accquire Salix Pharmaceutical for 14.5$ billion in 2015. Solution Roll up is a type of merger where the investors in the market buy 2 or more companies and merge them up or roll up to enjoy economies of scale and reduce costs. The companies in merger are generally small companies. 2. Advantages of roll up are: a. Provides instant growth in terms of instant risks and rewards to investors due to the synergies achieved by the merger. B. Eliminate the competitors in the market due to some of horizontal and vertical mergers I.e. moving up or down the supply chain. C. Surprise and challenge the competitors in the market. 3. Disadvantages of roll up are: A. Integration risk is an important issue when it comes to the integration of operations of two businesses. B. Increased cost, sometimes the cost of synergies doesn\'t outweigh the benefits of merger. C. Cultural issues are also important to address of the merging companies. 4. The recent successful roll up example is of Valeant Pharmaceuticals International Inc. based in Canada. This company grew rapidly with a series of mergers and acquisitions under the leadership of J. Michael Pearson and in 2015 it was the most valuable company in Canada. It accquire Salix Pharmaceutical for 14.5$ billion in 2015..

Roll up is a type of merger where the investors in the market buy 2 .pdf

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Polymorphism When one assignment is performed by various ways i.e. known as polymorphism. For instance: to persuade the client in an unexpected way, to draw something e.g. shape or rectangle and so on. In java, we utilize strategy over-burdening and technique abrogating to accomplish polymorphism. Another case can be to talk something e.g. feline talks meaw, pooch barks woof and so forth. Reflection Covering up inward subtle elements and demonstrating usefulness is known as reflection. For instance: telephone call, we don\'t have a clue about the inward preparing. In java, we utilize unique class and interface to accomplish reflection. Exemplification Official (or wrapping) code and information together into a solitary unit is known as exemplification. For instance: container, it is wrapped with various medications. A java class is the case of exemplification. Java bean is the completely epitomized class since every one of the information individuals are private here. Favorable position of OOPs over Procedure-situated programming dialect 1)OOPs makes improvement and support less demanding where as in Procedure-arranged programming dialect it is difficult to oversee if code develops as undertaking size develops. 2)OOPs gives information covering up while in Procedure-situated programming dialect a worldwide information can be gotten to from anyplace. 3)OOPs gives capacity to reproduce true occasion substantially more successfully. We can give the arrangement of genuine word issue on the off chance that we are utilizing the Object- Oriented Programming dialect. Worldwide Data Object Data What is distinction between item arranged programming dialect and article based programming dialect? Object based programming dialect tails every one of the elements of OOPs with the exception of Inheritance. JavaScript and VBScript are case of item based programming dialects. Solution Polymorphism When one assignment is performed by various ways i.e. known as polymorphism. For instance: to persuade the client in an unexpected way, to draw something e.g. shape or rectangle and so on. In java, we utilize strategy over-burdening and technique abrogating to accomplish polymorphism. Another case can be to talk something e.g. feline talks meaw, pooch barks woof and so forth. Reflection Covering up inward subtle elements and demonstrating usefulness is known as reflection. For instance: telephone call, we don\'t have a clue about the inward preparing. In java, we utilize unique class and interface to accomplish reflection. Exemplification Official (or wrapping) code and information together into a solitary unit is known as exemplification. For instance: container, it is wrapped with various medications. A java class is the case of exemplification. Java bean is the completely epitomized class since every one of the information individuals are private here. Favorable position of OOPs over Procedure-situated programming dialect 1)OOPs makes improvement and support less .

PolymorphismWhen one assignment is performed by various ways i.e. .pdf

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Ovary : Each ovary is whitish in colour and located alongside the lateral wall of the uterus in a region called ovarian fossa. The fossa lies beneath the external iliac artery and in front of the ureter and the internal iliac artery. Its size is about 4 x 3 x 32 cm. Uterine horn: They are horns are the points where the uterus and the fallopian tubes meet. They are the attachment point for round ligament of uterus along with mons pubis. Uterus: It is located inside the pelvis dorsal to the urinary bladder and ventral to the rectum. It is pear shaped and 7.6 x 4.5 x 3.0 in dimension. It weighs about 60 gram in adults. Testes: It is located in the scrotm and composed of dense connective tissue. Sperms travel through the testis from the tubules, through network of ducts to the epididymis. epididymus: It is a tube that connects a testicle to a vas deferens. It is 6-7 feet in length. epididymis can be divided into three main regions: The head, the body and the tail. Vas deferens: It is also called ductus deferens. It transport sperm from the epididymis to the ejaculatory ducts. Each tube is about 30 cms long. Seminal vesicle: It is tubular glands posteroinferior to the urinary bladder. It is located with in the pelvis. Prostate gland: It is walnut sized gland located between the bladder and the penis. It is located just in front of the rectum. It scretes fluid that nourishes and protect sperm. Solution Ovary : Each ovary is whitish in colour and located alongside the lateral wall of the uterus in a region called ovarian fossa. The fossa lies beneath the external iliac artery and in front of the ureter and the internal iliac artery. Its size is about 4 x 3 x 32 cm. Uterine horn: They are horns are the points where the uterus and the fallopian tubes meet. They are the attachment point for round ligament of uterus along with mons pubis. Uterus: It is located inside the pelvis dorsal to the urinary bladder and ventral to the rectum. It is pear shaped and 7.6 x 4.5 x 3.0 in dimension. It weighs about 60 gram in adults. Testes: It is located in the scrotm and composed of dense connective tissue. Sperms travel through the testis from the tubules, through network of ducts to the epididymis. epididymus: It is a tube that connects a testicle to a vas deferens. It is 6-7 feet in length. epididymis can be divided into three main regions: The head, the body and the tail. Vas deferens: It is also called ductus deferens. It transport sperm from the epididymis to the ejaculatory ducts. Each tube is about 30 cms long. Seminal vesicle: It is tubular glands posteroinferior to the urinary bladder. It is located with in the pelvis. Prostate gland: It is walnut sized gland located between the bladder and the penis. It is located just in front of the rectum. It scretes fluid that nourishes and protect sperm..

Ovary Each ovary is whitish in colour and located alongside the la.pdf

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None of the above answersSolutionNone of the above answers.pdf

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Library automation is inevitable in this age o f information and information technologies. Library automation is the use o f automatic and semi automatic data processing machines to perform such traditional activities as acquisition, cataloguing and circulation. Library automation may thus be distinguished from related fields such as information retrieval, automatic indexing and abstracting and automatic textual analysis. The term automation is defined in Encyclopaedia o f Computer Science as In business world, the words automation and computer are often used synonymously\" (Red, 1992). Automation is defined as ‘the technique o f making an apparatus, or a system operate automatically’ (Sehgal and Behl, 1996). According to the Encyclopaedic Dictionary o f Library Science automation is ‘the technology concerned with the design and development o f the process and system that minimizes the necessity of human intervention in their operation’ (Ishvari et. al., 1993). According to the Encyclopaedia Americana, automation may be defined as any continuous integrated operation of a producing system that uses electronic computer on related equipment to regulate and coordinate quantity and quality of what is produced. Automation is automatic control o f an apparatus, process or system by mechanical or electronic devices that take the place of human organs or observation efforts or decision (Webster Dictionary, 1966). The word automation was first introduced by D. S. Harder in 1936. He defined automation as the automatic handling of parts between progressive production process. London Goodman (1956) defined automation as the technology of automatic working in which the handling method, the processes and the design of process material are integrated to utilize as is economically justifiable in mechanization of thought and effort in order to achieve an automatic and in some cases a self regulating chain of processes. In the opinion of Bhattacharya ‘there are certain activities traditionally associated with libraries such as acquisition, serial control, cataloguing and circulation. Today the term library automation is used extensively to refer primarily to the use of computers to perform some of the traditional library activities mentioned above. Though computers play the primary role in library automation today, yet the roles played by telecommunication technology and reprographic technology are of great significance because of the extent of support they offer to library automation’ (Kumar, 1987). Library automation may be defined in simple sense as ‘a process of mechanization of library operations which are of routine and repetitive nature. Computerization of library house keeping operation, predominance of computerization is known as library automation. Computer is the most sophisticated electronic device invented by human being for processing enormous amount of raw data into meaningful and useful form of information with speed, accuracy and reliability’ (.

Library automation is inevitable in this age o f information and inf.pdf

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Let us assume, Hence, amount at the end of month 1 A1= y(0) + y(0) x r/12 = y(0) x (1+r/12) Let us consider monthly deposit at the end of month 1 = u(1) Hence, amount at the end of month 2 A2 = (A1+u1) + {(A1+u(1)) x (1+r/12)} Similarly, Amount at the end of month 3 A3 = (A2+u2) + {(A2+u(2)) x (1+r/12)} and so on... Hence, general formula can be formulated as An = {A(n-1)+u(n-1)} + { A(n-1) +U(n-1) } x (1 + r/12) Where, An = amount at the end of nth month. A(n-1) = amount at the end of (n-1)th month. U(n-1) = amount deposited at the end of (n-1)th month (or beginning of nth month). r = annual interest rate in percentage Let\'s try this with given data Let\'s consider initial amount as 500$, r = 10% U(0) = 0, Hence, Amount at the end of month 1, A1 = (500+0) x (1+0.1/12) = 504.166 $ At the end of month 1 amount deposited is 100$ Hence, amount at the end of month 2, A2 = (504.166+100) + (504.166+100) x (1+0.1/12) = 609.201 Similar calculations are developed in excel and table is prepared for 5 years using these data and attached herewith. Month {A(n-1)+u(n-1)} { A(n-1) +U(n-1) } x (1 + r/12) An Ui 1 500 4.166666667 504.1666667 100 2 604.1666667 5.034722222 609.2013889 100 3 709.2013889 5.910011574 715.1114005 100 4 815.1114005 6.792595004 821.9039955 100 5 921.9039955 7.682533296 929.5865288 100 6 1029.586529 8.57988774 1038.166417 100 7 1138.166417 9.484720138 1147.651137 100 8 1247.651137 10.39709281 1258.048229 100 9 1358.048229 11.31706858 1369.365298 100 10 1469.365298 12.24471082 1481.610009 100 11 1581.610009 13.18008341 1594.790092 100 12 1694.790092 14.12325077 1708.913343 100 13 1808.913343 15.07427786 1823.987621 100 14 1923.987621 16.03323017 1940.020851 100 15 2040.020851 17.00017376 2057.021025 100 16 2157.021025 17.97517521 2174.9962 100 17 2274.9962 18.95830167 2293.954502 100 18 2393.954502 19.94962085 2413.904123 100 19 2513.904123 20.94920102 2534.853324 100 20 2634.853324 21.95711103 2656.810435 100 21 2756.810435 22.97342029 2779.783855 100 22 2879.783855 23.99819879 2903.782054 100 23 3003.782054 25.03151711 3028.813571 100 24 3128.813571 26.07344642 3154.887017 100 25 3254.887017 27.12405848 3282.011076 100 26 3382.011076 28.18342563 3410.194501 100 27 3510.194501 29.25162084 3539.446122 100 28 3639.446122 30.32871768 3669.77484 100 29 3769.77484 31.41479033 3801.18963 100 30 3901.18963 32.50991358 3933.699544 100 31 4033.699544 33.61416286 4067.313707 100 32 4167.313707 34.72761422 4202.041321 100 33 4302.041321 35.85034434 4337.891665 100 34 4437.891665 36.98243054 4474.874096 100 35 4574.874096 38.1239508 4612.998047 100 36 4712.998047 39.27498372 4752.27303 100 37 4852.27303 40.43560859 4892.708639 100 38 4992.708639 41.60590532 5034.314544 100 39 5134.314544 42.78595453 5177.100499 100 40 5277.100499 43.97583749 5321.076336 100 41 5421.076336 45.17563613 5466.251972 100 42 5566.251972 46.3854331 5612.637405 100 43 5712.637405 47.60531171 5760.242717 100 44 5860.242717 48.83535598 5909.078073 100 45 6009.078073 50.075.

Let us assume,Hence, amount at the end of month 1A1= y(0) + y(0).pdf

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Introduction: In today\'s fast moving world, one of the major problem infront of varioius organization is to manager theri internal documents. And for this one of the best solution is ECM. It stands for Enterprise Content Management. Its being used for following things: i) Managing the organization\'s documents. ii) Managing the vaarious other contents. iii) Its includes various techniques, methods and tools, that are being used through the life cycle of the perticular document. Resarch quoestions: The various research quesitons regarding ECM are listed below: i) Why we should implement the use of ECM in our organization? ii) How cost effective it is,than other content management schemes? iii) How robust and how much document duplication as well as content duplication it can avoid? iv) What are the various best practices in ECM, we as an organization have to follow. Related works: The research discussion can be summarized in following given points: i) ECM is required to implement in any organization, to keep the organization\'s content updated all the time. ii) Its a cost effective in longer period of time. Initially we have to spend some amount, but as its implement and well running then its cost reduces, as we no more required more resources to manage the contents iii) Its a robust as well as the various techniques are well tested as well as practiced in various organization. Methodology: The are various methodologies of ECM that are described below: i) We can use ECM in the own premises, or we can use it as the Saas that is Software as a service. ii) In some other cases, we have a hybrid type of ECM, composed from Saas and the on premises type Solution Introduction: In today\'s fast moving world, one of the major problem infront of varioius organization is to manager theri internal documents. And for this one of the best solution is ECM. It stands for Enterprise Content Management. Its being used for following things: i) Managing the organization\'s documents. ii) Managing the vaarious other contents. iii) Its includes various techniques, methods and tools, that are being used through the life cycle of the perticular document. Resarch quoestions: The various research quesitons regarding ECM are listed below: i) Why we should implement the use of ECM in our organization? ii) How cost effective it is,than other content management schemes? iii) How robust and how much document duplication as well as content duplication it can avoid? iv) What are the various best practices in ECM, we as an organization have to follow. Related works: The research discussion can be summarized in following given points: i) ECM is required to implement in any organization, to keep the organization\'s content updated all the time. ii) Its a cost effective in longer period of time. Initially we have to spend some amount, but as its implement and well running then its cost reduces, as we no more required more resources to manage the contents iii) Its a robust as well.

Introduction In todays fast moving world, one of the major proble.pdf

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import java.awt.*; import java.awt.event.MouseAdaptor; import java.awt.event.MouseEvent; import javax.swing.*; public class Prob1_4 extends JPanel { private static final long serialVersionUID = 1L; private final int WIDTH = 1200; private final int HEIGHT = 800; int maxX ,maxY ; static JFrame f; float pixelWidth , pixelHeight; rWidth = 10.0F; rHeight = 7.5F; xP = -1, yP; FontMetrics metrics; public Prob1_4() { setPreferredSize(new Dimension(WIDTH, HEIGHT)); addMouseListener(new MouseAdapter() { public void mousePressed(MouseEvent evt) { xP = evt.getX(); yP = evt.getY(); f.repaint(); } } ); } void initgr() { Dimension d = getSize(); maxX = d.width - 1; maxY = d.height - 1; pixelWidth = rWidth/maxX; pixelHeight = rHeight/maxY; } int iX(float x){return Math.round(x/pixelWidth);} int iY(float y){return maxY - Math.round(y/pixelHeight);} float fx(int x){return x * pixelWidth;} float fy(int y){return (maxY - y) * pixelHeight;} public void paint(Graphics g) { initgr(); Graphics2D g2d = (Graphics2D) g; Point origin = new Point(WIDTH / 2, HEIGHT / 2); metrics = g.getFontMetrics(); double value1 = Math.pow(xP-origin.x,2); double value2 =Math.pow(yP- origin.y,2); int radius = (int)Math.sqrt(value1+value2); g.drawString( \"Click anywhere on screen to generate hexagons of apprpriate radius! \" , 40, 100); double size = (radius/253.0)*7.0; double rad = (radius/253.0)*30.0; drawHexGridLoop(g2d, origin, (int)size-2, (int)rad+5, 0); } //Method to draw regular hexagon private void drawHex(Graphics g, int posX, int posY, int x, int y, int r) { Graphics2D g2d = (Graphics2D) g; hexagon hex = new hexagon(x, y, r); hex.draw(g2d, x, y, 0, 0x008844, false); hex.draw(g2d, x, y, 4, 000000, false); } public static void main(String[] args) { f = new JFrame(); Prob1_4 p = new Prob1_4(); f.setContentPane(p); f.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); f.pack(); f.setLocationRelativeTo(null); f.setVisible(true); } } int iX(float x){return Math.round(x/pixelWidth);} int iY(float y){return maxY - Math.round(y/pixelHeight);} float fx(int x){return x * pixelWidth;} float fy(int y){return (maxY - y) * pixelHeight;} public void paint(Graphics g) { initgr(); Graphics2D g2d = (Graphics2D) g; Point origin = new Point(WIDTH / 2, HEIGHT / 2); metrics = g.getFontMetrics(); double value1 = Math.pow(xP-origin.x,2); double value2 =Math.pow(yP- origin.y,2); int radius = (int)Math.sqrt(value1+value2); g.drawString( \"Click anywhere on screen to generate hexagons of apprpriate radius! \" , 40, 100); double size = (radius/253.0)*7.0; double rad = (radius/253.0)*30.0; drawHexGridLoop(g2d, origin, (int)size-2, (int)rad+5, 0); } //Method to draw regular hexagon private void drawHex(Graphics g, int posX, int posY, int x, int y, int r) { Graphics2D g2d = (Graphics2D) g; hexagon hex = new hexagon(x, y, r); hex.draw(g2d, x, y, 0, 0x008844, false); hex.draw(g2d, x, y, 4, 000000, false); } public static void main(String[] args) { f = new JFrame(); Prob1_4 p = new Prob1_4(); f.setContentPane(p); f.

import java.awt.;import java.awt.event.MouseAdaptor;import java.pdf

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Answer SnGeSiC .pdf

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