Sunday, April 12, 2020
Sociology Research Paper Essays - Sociology, Conformity,
Sociology Research Paper Sociology is the scientific study of human social activity. In the effort to study human social activity sociologists brake it down into objects of analysis. The three objects of analysis are population, social structure, and the individual. Each can be differentiated but each is also integrally related to the other two. As an object of analysis sociologists defines population as an aggregate of people in a geographical area that has size and longevity. The size has a lower limit of two and no upper maximum. Longevity varies and has a lower limit of zero with no known upper limit. Populations are by definition made up of individuals. The study of human population is termed demography. Demography studies the size and composition of a population, as well as migration and location of the population. Demographers track birth rates and death rates and monitor the population growth and try to explain them in terms of the social system's development. A good example is the Malthusian theory in which population increases geometrically and the resources increase arithmetically resulting in a lack of resources resulting in famine and war. Fortunately the theory is flawed in that it does not consider social factors such as artificial contraception and the burden of large families in a post industrial society. Th e way a population interacts with the environment creates a social system. The social system draws on the population and affects the population. An example of this is in India where the ratio of men to women is 108 (108 males to every 100 female) while the sex ratio of most other nations is below 100. The cause for this disparity is that parents value sons more than daughters and sometimes abort a female fetus, or after birth give the daughter less care which can result in premature death. A social system is defined as two or more roles tied together by relationships of interdependence. A role is a patterned repetitive set of behaviors. An example of a role is an occupation. There are various categories of social systems like formal organizations that have goals in mind and attempt to achieve them (ex: nations) or like informal organizations that are less goal oriented as in a community or a family. Human communities provide social systems that serve the function of providing the daily requirements of life to a population. Social systems have four basic types of roles; production of goods and services, distribution of the goods and services, recruitment and training of new members, and control functions. Population affects the roles of the social system. An example of this would be if the birth rate increased then there would be a greater need to train these new people and the recruitment and training role would be affected. The training of an individual to become one of the group is termed socialization and is carried out by church, family, and school, among other sources. Individuals then are Homo Sapiens that vary in sex, age, and lifecycle. Humans have the ability to lay out avenues to achieve a goal and then through thought processes make a choice on which avenue to follow. Humans are differentiated from animals in that all animals can sign (reacting to something) but only humans can symbol (the ability to place meaning into something). To be human you must be able to symbol and to symbol you must have at least two people, which leads to a social system. The result is that in order to be human you must be in a social system. Helen Keller was an example of someone who was not a human until she was able to symbol. Social systems affect individuals by the process of socialization. Socialization instills the norms of the system into the individual. The norms are all the proscribed and prescribed forms of behavior in the social system. Norms vary in importance from the folkway of wearing a tie to a formal dinner party to the mores of adults not engaging in sexual acts with children. Socialization internalizes these norms in the individual shaping the resulting personality of the individual. Lack of exposure to a social system result in someone who is not human as in the cases
Tuesday, March 10, 2020
Converting Cubic Feet to Liters
Converting Cubic Feet to Liters This example problem demonstrates how to convert cubic feet to liters. The cubic foot is the U.S. and imperial unit of volume for a cube that has sides that are 1 foot in length. The liter is an SI or metric unit of volume. It is the volume of a cube that has sides that are 10 centimeters in length. The conversion between the two systems is fairly common, particularly if youre working with liquefied gases. Cubic Feet to Liter Conversion Problem What is this volume of 1 cubic foot in liters? Many conversion factors are difficult to remember. Converting cubic feet to liters would fall into this category. The unit-canceling method is helpful in performing this kind of problem because it uses many easily remembered conversions that relate the original units to the final units, as follows: 1 foot 12 inches1 inch 2.54 centimeters1,000 cubic centimeters 1 liter Using these steps, you can express feet to centimeters as: Distance in cm (distance in ft) x (12 in/1 ft) x (2.54 cm/1 in)Distance in cm (distance in ft) x 30.48 cm/ft Convert these distances into volume measurements of cm3 and ft3: Cube volume (linear measurement)3, so:Volume in cm3 [(distance in feet) x 30.48 cm/ft]3Volume in cm3 (volume in ft3) x 28316.85 cm3/ft3 Convert cubic centimeters to liters: Volume in liters (volume in cm3) x (1 L/1,000 cm3)Volume in liters (volume in cm3)/1,000 L/cm3 Insert the cubic volume from the previous step: Volume in liters [(volume in ft3) x 28316.85 cm3/ft3)]/1,000 L/cm3Volume in liters (volume in ft3) x 28.317 L/ft3 Now you have your conversion factor of cubic feet to liters. Insert 1 cubic foot into the volume in ft3 part of the equation: Volume in liters (1 ft3) x 28.317 L/ft3Volume in liters 28.317 L Therefore, one cubic foot is equal to 28.317 liters of volume. Liter to Cubic Feet Example The conversion factor works the other way, too. For example, convert 0.5 liter to cubic feet. Use the conversion factor 1 cubic foot 28.317 liters: Cubic feet (0.5 liter) x (1 cubic foot / 28.317 liters) The liters cancel out on the top and bottom, leaving you with 0.5 / 28.317, and giving an answer of 0.018 cubic feet. Tips for Success The key to working the unit conversion correctly is to make certain the unwanted unit cancels out and leaves the desired unit. Its also worthwhile to keep track of significant digits. Remember there are about 28 liters in a cubic foot. If youre converting from cubic feet to liters, expect to get a larger number than you started with. If youre converting from cubic feet to liters, your final answer will be a smaller number.
Sunday, February 23, 2020
The Development of Art and Music Assignment Example | Topics and Well Written Essays - 1750 words
The Development of Art and Music - Assignment Example The term â€Å"classical†in Western culture refers to the two cultures of Ancient Greece and Ancient Rome which dominated Europe and large parts of Asia from their Eastern Mediterranean base. The art of this period is preserved in magnificent marble statues, mosaics such as those at Pompeii and some paintings. Human figures were favorite subjects and there is a cleanness of line and a celebration of physicality in the art of this time. Mythology was often depicted, but also ordinary citizens and famous people of the age. Not very much is known about music, except that it was a part of most dramatic performances, from plays in the theatres to spectacles with gladiators in the Coliseum. This period ends with the fall of Rome in the fifth century and then everything is rather quiet through the period known as the â€Å"Dark Ages†. The earliest evidence we have of dark ages and medieval music shows a close connection with religious activities, which is not surprising since the Church was the place where most intellectual activities and almost all reading and writing activities took place. Illustrated books show psalms and hymns, sometimes with basic musical notation, and a key innovator in this field was Pope Gregory the Great (540-604), who promoted the use of plainchant, monotone single voice or choir delivery of short uplifting texts across the increasing territories of Christianity. One of the most notable composers was Hildegard of Bingen ( 1098-1179) who wrote chants and â€Å"sequences†which were used in worship, again using voice as the main carrier of the melody but some more daring intervals than those common in the Gregorian chants. In art religious subjects dominated and the pictures of saints or Bible figures were designed to convey a narrative, for example by depicting objects which had sy mbolic significance, or which reminded the viewers, most of whom could not read, what the key elements of the story were.
Friday, February 7, 2020
FBI Coursework Example | Topics and Well Written Essays - 500 words
FBI - Coursework Example In the context of the Reform Era, it is warranted to argue that there was a dire need by the government to institute measures that would deal with crime in the country. In response, the government undertook an initiative to hire detectives to investigate criminal issues in the country. The Reform Era was characterized by absolute reliance and dependence on the criminal detectives. For reforms to be attained, in the country there was a dire need to institute federal dexterity of crimes in the U.S.A. It is this move, which led to the dawn of the Federal Bureau of Investigation (FBI) that investigated all manners of crimes ranging from banking, land disputes, fraud amongst other federal crimes. The early 1990s in the U.S.A have been described by many analysts as years of lawlessness that needed reforms through criminal investigation bureau. With the creation of the Federal Bureau of Investigation (FBI), Edgar Hoover is credited for his endless contribution into making the Bureau successful. Hoover is recognized for his ability to direct the Bureau since its early stages of operation. Studies indicate that Edgar Hoover has been dedicated to the Bureau since 1917, and managed to escalate to the position of assistant director at the tender age of twenty six years. Seven years later, Edgar Hoover became the director of the Bureau. During his tenure, he was able to improve the manner in which his staff was operating whilst conducting various errands in the Bureau. Hoover spent a great deal of his time recruiting the best personnel to perform roles in the Bureau. In the year, 1926, Hoover managed to come up with the greatest finger print file the world has ever witnessed. Hoover is also credited for his ability to push for reforms in the Bureau by championing permit to carry guns by the Bureau’s agents. This is an interpretation of the permit to the
Wednesday, January 29, 2020
Production Strategy Essay Example for Free
Production Strategy Essay The total number of time spent for machining and welding during the manufacture of one BodyPlus100 (includes the machining and welding hours mentioned in Frame Unit, Press Station and Pec-dec Station) are eight (8) hours. The total number of hours spent for Painting and finishing in the entire process (includes the machining and welding hours mentioned in Frame Unit, Press Station, and Pec-dec Station) is five (5) hours. The total number of hours spent for Assembling, testing and packaging for the manufacture of one BodyPlus100 machine is two (2) hours. BodyPlus200 The total number of time spent on machining and welding in the entire process (includes the machining and welding hours mentioned in Frame Unit, Press Station, Pec-dec Station and Leg Press Station) during the manufacture of one BodyPlus200 machine is twelve (12) hours. The total number of hours spent for Painting and finishing in the entire process (includes the machining and welding hours mentioned in Frame Unit, Press Station, Pec-dec Station and Leg Press Station) is ten (10) hours. The total number of hours spent for Assembling, testing and packaging for the manufacture of one BodyPlus100 machine is two (2) hours. Calculations: The total number of working hours assigned for machining and welding processes is 600 hours. The total number of working hours assigned for painting and finishing processes is 440 hours. The total number of working hours assigned for Assembling, Testing and Packaging is 140 hours. To find out the total number of machines that can be made can be found out in the following math. As either of the machines (BodyPlus100 and BodyPlus200) requires two (2) hours of assembling, testing and packaging time. Total number of machines to be produced:  Now let the total number of BodyPlus100 machines manufactures be denoted by the variable ‘X’ and the total number of BodyPlus200 machines manufactured be denoted by the variable ‘Y’. Therefore, the total time required for Assembling, testing and Packaging is 2 hours. That implies,                          2X + 2Y =140 Then X+Y=70. There we get the total number of possible machines that can be made are seventy in number. As the recommended number of BodyPlus200 machines that have to be produced must be at least 25% of the total number of machines produced. Then ‘Y’ takes a value of 25% of the total number of possible machines i.e. seventy (70). Therefore, 17 fills in the best value of at least 25% of total number of machines produced when the count of total number of machines produced are sixty five (65). Taking the number of BodyPlus100 machines and BodyPlus200 machines manufactured to be 49 and 16 in numbers respectively. Then the calculation follows as: Time required for machining and welding: 1) BodyPlus100: In the Frame unit, it takes four (4) hours of machining and welding time. In the Press Station, it takes two (2) hours of machining and welding time. In the Pec-dec Station, it takes two (2) hours of machining and welding time. The total number of machining and welding time taken in the manufacture of one BodyPlus100 machine is eight (8) hours. Therefore, the total time taken for machining and welding processes during the manufacture of 49 BodyPlus100 is 49*8 = 392 hours. 2) BodyPlus200: In the Frame unit, it takes five (5) hours of machining and welding time. In the Press Station, it takes three (3) hours of machining and welding time. In the Pec-dec Station, it takes two (2) hours of machining and welding time. In the Leg Press Station, it takes two (2) hours of machining and welding time. The total number of machining and welding time taken in the manufacture of one BodyPlus200 machine is twelve (12) hours. Therefore, the total time taken for machining and welding processes during the manufacture of 17 BodyPlus200 is 17*12 = 204 hours. Therefore, the total number of hours spent for the entire manufacture processes is equal to 392 + 204 = 596 hours Hence, we lost 4 hours of unused machining and welding time. Time required for Painting and finishing: 1) BodyPlus100: In the Frame unit, it takes two (2) hours of painting and finishing time. In the Press Station, it takes one (1) hours of painting and finishing time. In the Pec-dec Station, it takes two (2) hours of painting and finishing time. The total number of painting and finishing time taken in the manufacture of one BodyPlus100 machine is five (5) hours. Therefore, the total time taken for painting and finishing processes during the manufacture of 49 BodyPlus100 is 49*5 = 245 hours. 2) BodyPlus200: In the Frame unit, it takes four (4) hours of painting and finishing time. In the Press Station, it takes two (2) hours of painting and finishing time. In the Pec-dec Station, it takes two (2) hours of painting and finishing time. In the Leg Press Station, it takes two (2) hours of painting and finishing time. The total number of painting and finishing time taken in the manufacture of one BodyPlus200 machine is ten (10) hours. Therefore, the total time taken for machining and welding processes during the manufacture of 17 BodyPlus200 is 17*10 = 170 hours. Therefore, the total number of hours spent for the entire manufacture processes is equal to 245 + 170 = 415 hours. Where the total number hours assigned for painting and finishing is 450 hours. Hence, we lost 35 hours of unused painting and finishing time. Time required for Assembling, Testing and Packaging: 1) BodyPlus100: The manufacturing of one BodyPlus100 machine takes two (2) hours of assembling, testing and packaging time. Therefore, the total number of hours spent in assembling, testing and packaging during the manufacture of 49 machines is 49*2= 98hours. 1) BodyPlus200: The manufacturing of one BodyPlus200 machine takes two (2) hours of assembling, testing and packaging time. Therefore, the total number of hours spent in assembling, testing and packaging during the manufacture of 17 machines is 17*2= 34hours. In total, the total number of hours spent during the entire process is 98 + 34 = 132 hours. As the assigned number of assembling, testing and packaging time is 140 hours. So, eight (8) hours of the assembling, testing and packaging time is unused. Total Cost for producing the machines: 1) BodyPlus100: The BodyPlus100 machine consists of four (4) units. Frame unit: Where the raw material cost for each BodyPlus100 unit is $450 in this Frame Unit. Press Station: Here the raw material costs for each BodyPlus100 unit is $300 in this Press Station. Pec-dec Station: Here the raw material cost for each BodyPlus100 unit is $250 in this Pec-dec Station. Packaging: Here the estimated cost for each BodyPlus100 unit is $50 for packaging. 2) BodyPlus200: The BodyPlus200 machine consists of five (5) units. a) Frame unit: Where the raw material cost for each BodyPlus200 unit is $650 in            this Frame Unit. b) Press Station: Here the raw material costs for each BodyPlus200 unit is $400 in            this Press Station. c)  Pec-dec Station: Here the raw material cost for each BodyPlus200 unit is $250 in            this Pec-dec Station. Leg Press Station: Here the raw material cost for each BodyPlus100 unit is $200      in this Leg Press Station. Packaging: Here the estimated cost for each BodyPlus200 unit is $75 for      packaging. Labor Costs during the manufacture Process: Machining and welding: Given that the labor costs are $20 per hour for machining and welding time.  Now the total number of hours spent for machining and welding in manufacturing one BodyPlus100 and one BodyPlus200 are eight (8) and twelve (12) respectively.              Therefore, the labor costs for machining and welding estimated for manufacturing one BodyPlus100 to be 8*20 = $160.              And, the labor costs for machining and welding estimated for manufacturing one BodyPlus200 to be 12*20 = $240. Painting and finishing: Given that the labor costs are $15 per hour for painting and finishing time. Now the total number of hours spent for painting and finishing in manufacturing one BodyPlus100 and one BodyPlus200 are five (5) and ten (10) respectively.              Therefore, the labor costs for painting and finishing estimated for manufacturing one BodyPlus100 to be 5*15 = $75.              And, the labor costs for painting and finishing estimated for manufacturing one BodyPlus200 to be 10*15 = $150. Assembly, Testing and Packaging: Given that the labor costs are $12 per hour for assembly, testing, and packaging time. Now the total number of hours spent for assembling, testing and packaging in manufacturing one BodyPlus100 and one BodyPlus200 are two hours each.              Therefore, the labor costs for painting and finishing estimated for manufacturing one BodyPlus100 to be 2*12 = $24.              And, the labor costs for painting and finishing estimated for manufacturing one BodyPlus200 to be 2*12 = $24. Hence the total labor costs in manufacturing 49 BodyPlus100 are 49*($160+$75+$24) = 49*($259)                                  = $12691  Also, the total labor costs in manufacturing 17 BodyPlus200  are 17*($240+$150+$24) =17*($419)                                    = $7123 Gross expenditure in the production of one unit of:  BodyPlus100: The total cost made in the manufacture of one BodyPlus100 machine (includes raw costs and labor costs)            $450+$110+$300+$55+$250+$70+$50+$24 = $1309. BodyPlus200: The total cost made in the manufacture of one BodyPlus200      machine (includes raw costs and labor costs)       $650+$160+$400+$75+$250+$70+$200+$70+$75+$24 = $1974. Profit Calculations: The retail price of one BodyPlus100 machine is $2400. The retail price of one BodyPlus200 machine is $3500. An authorized dealer will purchase at only 70% of the suggested retail price. Hence, a sale of one BodyPlus100 will produce 70% of $2400 = $1680 And a sale of one BodyPlus200 will produce 70% of $3500 = $2450. Admittedly, the net profit that is made in the sale of one BodyPlus100 machine is ($1680 $1309) = $371. Whereas the net profit that is made in the sale of one BodyPlus200 machine is ($2450 $1974) = $476. Here the net profit made on manufacturing one BodyPlus200 machine ($476) is larger in number than the profit that is made on manufacturing one BodyPlus100 machine ($371). But if we calculate the net profit that is made per hour work will entirely change the opinion onto BodyPlus100 machine. As, we get a profit of $476 after working 24 hours in manufacturing BodyPlus200 machine. This means the net profit made per hour on manufacturing one BodyPlus200 is only                          $476/24 = $19.83 Whereas, the net profit made on manufacturing one BodyPlus100 machine is $371 after working for 15 hours. Therefore, profit made per hour is                          $371/15 = $24.73 Conclusion: So, referring to the above profit math increasing the production percent (i.e. 75%) in the total production will gradually increase the profits of the company. Solutions Plus                               Table2.1   No. of gallons required Freight Charges No of gallons supplied from Total charges for shipping   Cincinnati Oakland Cincinnati Oakland Cincinnati Oakland Santa Ana 22,418 0.22 22,418 4,931.96 El Paso 6,800 0.84 0.74 6,800 5,032 Pendleton 80,290 0.83 0.49 30,290 50,000 25,140.7 24,500 Houston 100,477 0.45 50,447 50,000 22,701.15 Kansas city 241,570 0.36 191,570 50,000 68,965.2 Los Angeles 64,761 0.22 14,761 50,000 11,000 Glendale 33,689 0.22 33,689 7,411.58 Jacksonville 68,486 0.34 18,486 50,000 6,285.24 Little Rock 148,586 0.34 98,586 50,000 33,519.24 Bridgeport 111,475 0.34 51,475 50,000 17,501.5 Sacramento 112,000 0.15 62,000 50,000 7,500 Total 990,522 Grand Total 517,615 462,907 Here we can see that the total numbers of gallons that are delivered from Cincinnati are more than 500,000 gallons. So we are short of 17,615 gallons of the locomotives cleaning agent that has to be delivered from Cincinnati. To satisfy the requirement of the majority of the dealers in the remaining locations, and considering the profits, all the 17,615 gallons of the cleaning agent is reduced from the Pendleton deal.                Table2.2 No. of gallons required Production cost for the total number of gallons Total charges for shipping Total expenditure from  Cincinnati ($1.20/gallon) Oakland ($1.65/gallon) Cincinnati Oakland Cincinnati Oakland Santa Ana 22,418 $36,989.70 $4,931.96 $41,921.66 El Paso 6,800 $11,220.00 $5,032.00 $16,252.00 Pendleton 62,675 $15,210.00 $82,500.00 $10,520.25 $24,500.00 $25,730.25 $107,000.00 Houston 100,477 $60,536.40 $82,500.00 $22,701.15 $83,237.55 $82,500.00 Kansas city 241,570 $229,884.00 $82,500.00 $68,965.20 $298,849.20 $82,500.00 Los Angeles 64,761 $17,713.20 $82,500.00 $11,000.00 $17,713.20 $93,500.00 Glendale 33,689 $55,586.85 $7,411.58 $62,998.43 Jacksonville 68,486 $22,183.20 $82,500.00 $6,285.24 $28,468.44 $82,500.00 Little Rock 148,586 $118,303.20 $82,500.00 $33,519.24 $151,822.44 $82,500.00 Bridgeport 111,475 $61,770.00 $82,500.00 $17,501.50 $79,271.50 $82,500.00 Sacramento 112,000 $74,400.00 $82,500.00 $7,500.00 $74,400.00 $90,000.00  After reducing the supply to the Pendleton concerning larger profits, the total no. of gallons of cleaning agent sent to the Pendleton will be 17,615 less than that stated in Table-2.1                                   Table-2.3  No. of gallons required No. of gallons supplied Total Expenditure (in $) Total Income from each location (15% more than the actual cost) Santa Ana 22,418 22,418 $41,921.66 $48,209.91 El Paso 6,800 6,800 $16,252.00 $18,689.80 Pendleton*** 80,290 62,675 $132,730.25 $152,639.79 Houston 100,477 100,477 $165,737.55 $190,598.18 Kansas city 241,570 241,570 $381,349.20 $438,551.58 Los Angeles 64,761 64,761 $111,213.20 $127,895.18 Glendale 33,689 33,689 $62,998.43 $72,448.20 Jacksonville 68,486 68,486 $110,968.44 $127,613.71 Little Rock 148,586 148,586 $234,322.44 $269,470.81 Bridgeport 111,475 111,475 $161,771.50 $186,037.23 Sacramento 112,000 112,000 $164,400.00 $189,060.00 TOTAL 990,552 972,937 $1,583,464.67 $1,821,214.39 *** indicates the locations that are short of the locomotive cleaning agent than they require by any amount. Conclusion: Hence the net profit made for one year is $237,749.72 and if the bid is made for one year the total amount has to be $1,821,214.39 but given that the bid has to be made for two years. Then the bid price would be $3,642,428.78 And the profit expected in two years (taken the oil prices are fixed) is $475,499.44 If the oil price is hiked by 15% then also profit is expected for the Solution Plus Company as there are few locations which are supplied with the cleaning agents without any shipping charges. So only a marginal amount of profit can be made in two years even after placing the bid.       If the price of oil is slashed by any margin, then there will be more profits for the       Company after one year.
Tuesday, January 21, 2020
Military Police Corps :: U.S. Army
The Military Police Corps has a long and glorious history to be proud of. Listed on U.S. Army Info (2011), Military Police Corps was officially recognized as a military occupation on the 26th of September 1941, but their work can traced back even further. According to U.S. Army Info (2011), the first use of the Military Police was during the American Revolution in 1776. Military Police have been deployed and used in conflicts such as: "World War 11, Korean War, Vietnam conflict, Desert Storm, and Iraqi Freedom" (Wright, 2001). Today, Military Police have a variety of different tasks they are expected to perform, much more than just arresting criminals. "Military Police Corps officers lead units in performing five major functions associated with the branch-area security, maneuver and mobility support, police intelligence operations, internment and resettlement, and law and order," according to U.S. Army Info (2011). They are also charged with protecting troops and watching equipment overseas and at home stations across the United States (About, 2011). MP's are sent to Fort Leonard Wood to receive the training they are required to have, there they learn certain skills that are crucial to their occupation (U.S. Army Info, 2011). Several of the skills they learn while at Fort Leonard Wood are: "basic warrior skills, military and civil jurisdiction, use of firearms and arrest and restraint of suspects," as stated in GoArmy (2011). Each individual has to already have certain skills to be successful as a MP, such as: "being physically fit, ability to interact well with people and ability to remain calm in stressful situations," according to GoArmy (2011). Educational requirements are slim to none, the Army looks to enlist anyone who has a high school diploma or GED. If you have a bachelor's degree in any major, you can apply for an officer spot. Salary ranges are varied because it depends if your an enlisted soldier or an officer, how many years of service you have under your belt and if you receive hazard pay or separation pay or any other kind of pay benefits (GoArmy, 2011). Selection process for a MP is long and rigorous procedure. First, an individual has to qualify through MEPS to get into the military and pass all basic medical test, background checks and drug tests. Second, the individual has to complete basic training to even make it to their Advance Individual Training. After basic training is completed they are sent off to Advance Individual Training, where they are pushed through one last test, if they complete AIT, then you will be a certified Military Police soldier.
Sunday, January 12, 2020
Book fair Essay
A book fair is a fair for selling and displaying books on various subjects. A book fair is usually arranged on the important days of a year. As 21st February is our Mother Language Day, the book fair named â€Å"Ekushey Boi Mela†is held in Bangla Academy on February is the most important and popular book fair of our country. The book fair of 21st February takes place in Bangla Academy under open sky. There are many stalls and pavilions in the fair of different publishers. In a book fair huge numbers of books are found. Almost all the writers of our country wait for this fair to release their books. Thousands of books release in this book fair of 21st February and millions of books get published. Many new writers write books and publish them in this fair. Thousand of book lovers come to visit the fair and buy books. The security of the fair is always very tight for the safety of the visitor including close circuit cameras and many police officers. People stand in long lines to enter the fair. All sorts of books such as books on literature, fictions, novels, dramas, science, medicine, religion, philosophy and so on are brought for display and sell in the fair. Besides bookstalls there are a number of canteens found in the book fair. There are also arrangements for songs and dance to entertain the visitors of the fair. Writers, poets and publishers visit the fair regularly. They speak with the visitors, listen to the problems they are having in the fair and sign books for them. Book is the source of knowledge. A book fair is a place where we can get thousand of types of books. There are a few problems in a book fair like too much dust, pollution, lack of rules and regulations and sometimes some unpleasant incidents take for the evil motive of the miscreants. So, the complete interest for the fair is often marred. Despite these little untoward events a book fair is really important for the enlightened section of people.
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