The Value of the Internet to our Knowledge and Thinking Essay

The Value of the Internet to our Knowledge and Thinking - Essay Example The internet is a broad and intricate network of interlinked computers. The exponential growth of this huge, artificial information system has been a significant factor that motivates research scientists to adopt a new angle on how they view the human brain. According to Carr, the brain is highly adaptable since it can imagine the mechanics of using a new technology even before the technology exists (Carr 129). Apparently, the human brain and the internet have a lot of similarities. For starters, they both are highly non-random interconnected network that enhance the communication between distant elements. Such a similarity may seem remarkable given the huge disparity between the two. One possibility provided by scientists is that fact that both the internet and human brain have evolved to meet the general fitness measure. Both the human brain and the internet are highly effective in processing information and can rapidly adapt. The human brain is more like a muscle. The more one exercises it the stronger, flexible and versatile it becomes. The internet can be likened to a weight training machines for the brain while books are analogous to free weights. Each avenue has its merits, but when used efficiently one works the brain harder. Weight machines are more directive as they persuade a person to think that he or she has worked harder though with minimal effort. The same case applies to the internet, it usually shows us what we think we know and while misinforming us at the same time.

Marketing in Tourism Essay Example | Topics and Well Written Essays - 3000 words

Marketing in Tourism - Essay Example This is combined with renowned Indian hospitality, music, dance and attractive costuming (KTDC, 2009). This combination of natural and man made attractions led to the terming of the place as â€Å"God’s Own Country† by the Kerala Tourism Development Corporation [KTDC]. This was a strong selling point (KTDC, 2009). However, despite the fact that there was a great increase in the number of visitors to the region; from 5 million in 1999 to 8 million in 2008; there has been a marked decrease in foreign tourist arrivals. This decreased ranged between 19% to 22% in different parts of Kerala (Tourism in Kerala. 2009). One of the primary indicators of this reduction is the number of foreign tourists recorded to have visited the country in an assortment of years ranging from 2002 to 2009. There was a steady rise in the number of foreign tourists between 2002 to 2008. However, this saw a steep nosedive in 2009 as tabulated below (Tourism in Kerala. 2009). Another of the primary indicators of this reduction is the drop in foreign currency injection into the area. International Tourists are a major source of foreign currency for the region. The drop in international tourists also saw a sharp drop in foreign currency as seen from the tabulated results in Figure 1 below. It is obvious from the foregoing that the concerns of the Kerala Tourism Development Corporation [KTDC] are well founded. Considering that this came at time when they had injected millions of dollars into tourism development activities, the drop in arrivals caught them off guard and negated most of the good work they had put in. Evidence of this promotion exercise abounds in the KTDC website (Tourism in Kerala. 2009). There is however more than meets the eye in the interplay of factors that caused this sudden reduction in visitors to the region. Though some of the factors may be quite obvious, taking into account that

Load Calculation Voltage Drop And Size Cable

Load Calculation Voltage Drop And Size Cable Before wiring installation process is carried out, it must follow the rules of Malaysia 1994. which requires all wiring, additional wiring or rewiring to carried out by Electrical Contractor or Electrical Wiring Unit require approval writing from the licensee or supply authority. Wireman or Contractor need to plan and indentify the work want to carried out, so that work can be more clean, tidy and safe to uses. the wireman or contractor should: Make a site visit Follow the guideline regulation from JKR identifies the user load requirement calculate the maximum demand and total connected load determine the equipment submit plants, drawings and specifications 2.0 Regulation and Nominal Voltage in Malaysia 2.1 The Regulation Electricity supplied to domestic consumers must be follow standard specification, which are: MS MSIEC International Electro technical Commission, IEC British Standard , BS the current British standard has integrated with the European standard, BSEN European Standard, EN Electricity supplied also need to refer akta bekalan elektrik years 1990. This act is to provide for the investing of property and liabilities of the lembaga letrik negara in a each company, to make financial arrangement for that company, to provide for matters relating to employee and for other matters connected therewith Guidance notes for wiring regulation can refer IEE wiring regulation by Brian reference for all contractors, technicians and other professionals working in a non- supervisory capacity, as well as newcomers to the industry, all of whom are involved in inspecting and testing electrical installations, and need to ensure their work complies with the latest version of the Wiring Regulations. The installation on equipment and so on need to follow regulation from JKR such as : L-S1 : Specification for low voltage internal electrical installation system L-S2 : Specification for low voltage automatic power factor correction L-S3 : Specification for low voltage underground cable L-S4 : Specification for low voltage overhead line distribution L-S5 : Specification for three phase generator set L-S6 : Specification for acoustic treatment for generator room L-S7 : Specification for single phase diesel generator set L-S8 : Specification for lightning protection system( using stranded G.I wires) L-S9 : Specification for lightning protection system for structures 2.2 Nominal Voltage in Malaysia The official mains power voltage is AC 230 V with the tolerance of +10%,- 6%. However, the supplied voltage remains at 240 V, as the supplied voltage is within the allowed tolerance. Areas that rely on private power companies, like some parts of Penang and Kedah, receive a true 230 V supply. Remote villages which rely on off-grid localized diesel generators (i.e. small villages and/or isolated holiday resorts on islands too far away from the mainland to have viable underwater cabling) may receive unstable power with higher voltages, with some areas recorded to be as high as 260 V Before this, the rated voltage in Malaysia is 240/415V with range +5% to -10%, and effective in January 2008 the rated change to 230/415V with range +10% to -6% 3.0 Load Calculation Each design want to be made need go through the process of load calculation, where the process is calculated from distribution board(DB), sub-switch board(SSB) and main switch board(MSB) A distribution board is a panel or enclosure that houses the fuses, circuit breakers, and ground leakage protection units used to distribute electrical power to numerous individual circuits or consumer points. The board typically has a single incoming power source and includes a main circuit breaker and a residual current or earth leakage protection device. A distribution board may be used to distribute either single or three phase supplies depending on the installation specifics. Although distribution board equipment, layouts, and legislative requirements differ from country to country, the basic principles of distributing a single supply to various individual points while ensuring safety and control for each remains the same. sub-switchboard function is same as distribution board, but MSB is MSB is an assembly of distribution panels, each of which contains switches and breakers that allow electricity to be redirected to appropriate loads. The role of MSB is to divide the main curre nt provided to the switchboard into smaller loads for further distribution and to provide switching, over-current protection and metering for these various loads. 3.1 Type of load Electrical load types fall into four categories: resistive, capacitive, inductive or a combination of these. Few loads are purely resistive, capacitive or inductive. The imperfect nature of how electrical and electronic devices are built causes inductance, capacitance and resistance to be an inherent part of many devices. 3.1.1 Resistive Loads A resistor is a device that resists the flow of electricity. In doing so, some of the electrical energy is dissipated as heat. Two common resistive loads are incandescent light bulbs and electric heaters. Resistance (R) is measured in ohms. An incandescent light bulb produces light by passing an electric current through a filament in a vacuum. The resistance of the filament causes it to heat up and the electrical energy is converted to light energy. Electric heaters work in the same way except they produce little, if any, light. The electrical current and the voltage in a resistive load are said to be in phase with each other. As voltage rises or falls, the current also rises and falls with it. 3.1.2 Capacitive Loads A capacitor stores electrical energy. Two conductive surfaces are separated by a non-conductive insulator. When an electrical current is applied to a capacitor, electrons from the current gather on the plate attached to the terminal to which the electric current is applied. When the current is removed, the electrons will to flow back through the circuit to reach the other terminal of the capacitor. Capacitors are used in electric motors, radio circuits, power supplies and many other circuits. The capability of a capacitor to store electrical energy is called capacitance (C). The main unit of measure is the farad, but most capacitors are measured in microfarads. The current leads the voltage of a capacitor. The voltage across the terminals starts out at zero volts while the current is at its maximum. As the charge builds on the capacitors plate, the voltage rises and the current falls. As a capacitor discharges, the current rises as the voltage falls. 3.1.3 Inductive Loads An inductor may be any conductive material. When a changing current passes through an inductor, it induces a magnetic field around itself. Turning the inductor into a coil increases the magnetic field. A similar principal occurs when a conductor is placed within a changing magnetic field. The magnetic field induces an electrical current within the conductor. Inductance (L) is measured in henries. The changing voltage and current in an inductor are out of phase. As current rises to a maximum, the voltage falls. 3.1.4 Combination Loads All conductors have some resistance under normal conditions and also exhibit inductive and capacitive influences, but these small influences are generally dismissed for practical purposes. Other loads make use of various combinations of inductors, capacitors and resistors to perform specific functions. The tuning circuit of a radio uses variable inductors or capacitors in combination with a resistor to filter out a range of frequencies while allowing just one narrow band to pass through to the rest of the circuit. A cathode ray tube in a monitor or television makes use of inductors, resistors and the inherent capacitance of the tube to control and display a picture on the phosphor coatings of the tube. Single phase motors often use capacitors to aid the motor during starting and running. The start capacitor provides an additional phase of voltage to the motor since it shifts the current and voltage out of phase with each other. 3.2 Total Connected Load(TCL) and Maximum Demand(MD) One of the most calculation basic electrical calculation is to calculate the total connected load(TCL) and maximum demand(MD) The TCL is the mechanical and electrical load that will be connected for that particular area, where all of the electrical loads in an installation be maximized and simultaneously, The MD is the total kW that actually contributes the total power used in one time after applying the diversity factor based on the Total Connected Load calculated. It less than or equal to the connected load (TCL). Value of maximum demand of a building and ratio of diversity factor must be determined so as not overdesigned or under designed. By using MD also, many cost can be reduced as cable size, the size of the breaker, busbar size etc By calculating the TCL, it can know the total load connected for a particular area and also can determine the sizing of cables. But, the most important thing is by having the TCL, it can determine the MD. This MD will be declared to the utility provider for the purpose of meter deposit and utility bill 3.2.1 Diversity Factor (DF) Diversity factor is different or ratio between MD and TCL. the equation can relate MD, TCL to DF is : MD = TCL x DF Should be reminded, to determined DF normally it can not be precisely determined. DF value is only an approximate value only based on the guidance or previous data. The diversity factor is almost always greater than 1 since all components would have to be on at simultaneously at full load for it to be one. 3.2.2 Increase Burden After MD known then it should be added 20% at DB and 30% in SSB or MSB to determine the size of the incoming breaker. This is because taking into account the increase in the load in the future. it is known as increase burden. The specification percent of increase burden: Distribution Board School: MD + 20% Office : TCL Hospital : TCL + 20% Sub Switchboard and Main Switchboard MD + 30% 3.3 Circuit Breaker To provided adequate over current protection, each circuit should be equipped with a circuit breaker for automatic interruption of supply in the event of overload current and fault current. the circuit breaker installed in a circuit should break any fault current flowing in the circuit breaker before such current causes danger due to thermal or mechanical effect produced in the circuit or the associated connection. the characteristics of the breaker shall satisfy the condition that the breaking capacity should be greater than or equal to the prospective short circuit current or earth fault current at the point at which the breaker installed The rated current of a circuit breaker is the current that it can carry continuously, generally for a duration of more than eight hours. The rated current must not cause a temperature is between -5C to 40C. Different temperature rise limits are specified for different parts of a circuit breaker. A circuit breaker will not operate (Trip) if the current passing through it is 105% to 113% of its rated current. It will take one or two hours to trip if the current passing through it is 130% to 145% of the rated current. 3.4 Type of Circuit Breaker need to be determined 3.4.1 Miniature Circuit Breaker(MCB) MCB are used extensively for the protection of final circuit in domestic and commercial installations. they offer these circuit protection, particularly when overload or short circuit conditions are being considered than the fuse alternatives. MCBs are available for both single phase and three phase circuit. In a single phase circuit, a single MCB may be used in the live conductor or a two-pole MCB connected in the live and natural conductor. three or four pole MCBs are used for protection in three phase supplies. If a fault current flow through even one pole of an MCB, all the three poles will be operated. The main standard for MCBs in BS 3871. This standard covers MCB ratings up to 100A, breaking capacities up to 9 kA and voltage ratings up to 415V The preferred value of the rated current are : 6, 8, 10, 13, 16, 20, 25, 32, 40, 50, 63, 80, 100, and 125A Instead of specifying the breaking capacity, the standard specifies the value of the short circuit capacity. the short circuit capacity refers to the prospective current expressed by its r.m.s value which the MCB is designed to make (closed), to carry for its operating time and to break under the specified conditions. the standard value of rated short circuit are 1.5, 3, 4.5, 6 and 10kA. for values above 10kA up to and including 25kA, the preferred value 20kA 3.4.2 Moulded Case Circuit Breaker(MCCB) Moulded case circuit breaker(MCCB) are required for installation which have higher fault level or higher current ratings exceeding 125A. MCCBs have several advantages over ordinary switches and fuses in the control and protection of circuit and apparatus. they have a repeatable non-destructive performance and are safe in operation under fault conditions. it has built-in mechanism to simultaneously open all three phases for a single phase fault. These circuit breaker are mainly used to protect main feeder cables, for incoming supply to sub circuit/distribution boards and for large motor circuit. for installation, MCCBs are suitable as free standing units, or for building into compact cubic-type switchboards. Auxiliary items such as shunt trio elements, status switches, interlocks and motor-operated mechanism for remote operating can all be integrated into the MCCB. The main industrial standard for MCCBs are BS EN 60947-1 and BS EN 60947-2. these two standard define the characteristics, conditions for operation, methods for testing and the requirements for circuit breaker with rated voltages up to and including 1000V a.c or 1500 d.c. As there are no other standard values specified in BS EN 60947, the followings are some typical technical data for reference : Current rating : 10, 16, 20, 32, 40, 50, 63, : 80, 100, 200, 300, 400, : 630, 800, 1250A Rated voltage : 380, 400, 415V Rated breaking capacity : 10, 20, 25, 35, 65, : 85kA(r.m.s) Rated making capacity : 17, 44, 53, 63, 84, : 143kA(peak) One minutes power frequency withstand voltage : 2.5kV 3.4.3 Residual Current-operated Circuit Breaker(RCCB) The Residual Current-operated Circuit Breaker(RCCB) are primarily designed to protect against indirect contact electric shock. The term indirect contact refers to the contact of the supply voltage indirectly through the touching of the exposed-conductive-part such as the metalic enclosures of electrical appliances, the metallic conduit, trunking or cable tray. These exposed-conductive-part are insulated from the live conductor and are connected to the earthing terminal and thus, should be at the earth potential. However, during an earth faults, as there is an earth fault current flowing from the love conductor through the exposed-conductive-part to the earth, the exposed metalwork may be at high potential relative to earth. touching the exposed- conductive-parts at this instance may cause an electric shock if its potential to earth exceeds 50V. Furthermore, id it is a high impedance earth fault, the magnitude of the earth fault current may not activate the overcurrent protective device. Thus, a current will continue to flow to earth, possibly generating heat and causing fire. RCCB is designed to detect such a residual current (ie. earth leakage current), to compare it to reference value and to open the protected circuit when the residual current exceeds this reference value. RCCBs are not designed to have a high breaking capacity and in fact, they have only a limited breaking capacity. They are therefore, not a replacement for other overcurrent protective devices which are designed to interrupt high fault current. There are four standard for RCCBs namely, BS4293, IEC 755, IEC 1008- 1 and Singapore standard SS 97. Based on IEC 1008, RCCBs are specified as follows: Preferred rated voltage : single phase, phase to neutral : 230V :three phase, three wire :400V : three phase, 4 wire : 400V Preferred rated current, IN :10, 13, 16, 20, 25, 32, 40, 63, 80, 100, 125A Rated residual operating current,IË„N : 0.006, 0.01, 0.03, 0.1, 0.3, 0.5A Standard value of residual non operating current : 0.5 IË„N minimum value of the rated making and breaking capacity :10 IN or 500A whichever is greater Rated condition short circuit current : 3, 4.5, 6, 10, 20kA Maximum break time : 0.3s for residual current equal to 0.5 IË„N : 0.15s for residual current equal to 20.5 IË„N : 0.04s for residual current equal to 50.5 IË„N 0.004s for residual current to 500A 4.0 Voltage Drop Voltage drop difference in voltage from one point in a current path to any other point in the same current path. Voltage drop is the result that happens to a voltage value when it meets with resistance in any current path while current is flowing, it only happens when flowing current meets resistance in a current path, the higher the value of current flowing, the higher the voltage drop across any conductor, connection, or contact in the current path. Based on Ohms law; it takes one volt to push one amp through one ohm of resistance. The location of a voltage drop in a parallel circuit determines the affect it will have on the loads that are in parallel. When a voltage drop occurs before, or ahead of the last parallel splice in a parallel circuit, it will provide less than source voltage to all loads in parallel beyond the last parallel splice. When a voltage drop occurs after the last parallel splice in a parallel circuit, the same value of voltage drop has an identical affect on the load in the affected branch whether it appears on the voltage feed side, or on the ground side of the branch load. When current flows through the cable, the voltage drop will result. This is based on a formula : V = I x R ; I = current flows through the cable R = Resistance of the cable Based on requirement of IEE wiring regulation 525-01-01. The voltage drop between the origin of the installation (usually the supply terminals) and terminals of the fixed current using equipment does not exceed 4% of the nominal voltage of the supply. The voltage drop for building must make sure it not more than 4% depend to nominal voltage, where : 4% of 1ÃŽÂ ¦ = 4% of 240 V = 9.6 Volt 4% of 3 ÃŽÂ ¦ = 4% of 415 V = 16.6 Volt The voltage drop for outside building, must not exceed 20V from nominal voltage 4.1 The Voltage Drop is Closely Related with Size of Cable Most circuits in a house do not have enough current or length to produce a high voltage drop. In the case of very long circuits, for example, connecting a home to a separate building on the same property, it may be necessary to increase the size of conductors over the minimum requirement for the circuit current rating. Heavily-loaded circuits may also require a cable size increase to meet voltage drop requirements in wiring regulations. Voltage drop and size cable can related with equation : VD Total of voltage drop Vd Voltage drop on cable mV/A/m In Rated current of breaker (A) L Length of Cable (meter) 5.0 Cable In electrical engineering cables are used to carry electric currents. Cables are the mean by which electrical energy is distributed from its source to its point of use. Copper wires in a cable may be bare, or they may be plated with a thin layer of another metal, most often tin but sometimes gold, silver or some other material. Tin, gold, and silver are much less prone to oxidation than copper, which may lengthen wire life, and makes soldering easier. http://www.electronicsteacher.com/direct-current/dc-metering-circuits/00376.png 5.1 Insulation The insulation surrounds each conductor to prevent direct contact between individual conductors and earth. Type of insulation will depends on the voltage, the operating temperature of the conductor and the mechanical and environmental condition affecting the cable during both installation and operation. Type of insulation material: Polyvinyl chloride (PVC) Rubber Cross-linked polyethylene (XLPE) Powdered mineral Oil impregnated paper tapes 5.2 Type of conductor PVC, PVC/PVC XLPE, XLPE/PVC (>25 mm2) PVC/SWA/PVC XLPE/SWA/PVC (>25 mm2) Fire Rated Cable MIMS (Mineral Insulated Mineral Sheathed Copper Conductor) MICC (Mineral Insulated Copper Clad Copper Conductor) 5.3 Installation method GI Conduit PVC Galvanised/H.D.G. Trunking PVC Hot Dipped Galvanised Perforated Cable Tray PVC/PVC, XLPE/PVC, PVC/SWA/PVC, XLPE/SWA/PVC Hot Dipped Galvanised Cable Ladder PVC/PVC, XLPE/PVC, PVC/SWA/PVC, XLPE/SWA/PVC 5.4 Cable type and selection The current carrying capacity of a cable must be sufficient to cater for the maximum sustained current which will normally flow through it. The insulation must be adequate to deal with the voltage of the system and must not be damaged by the heat produced by the current flow, high ambient temperature or by heat transferred. Cable selection therefore is primarily related to the size of the cable which will carry the required current without the temperature of the surrounding insulation rising above a critical level which will result in the breakdown of the insulation. 5.5 Current rating of cable The current rating of cable is determined by a number of factors: Ambient temperature Maximum allowable conductor temperature Conductor material insulation material Installation method 5.6 Determine the Size cable The proper sizing of an electrical (load bearing) cable is important to ensure that the cable can: Operate continuously under full load without being damaged Withstand the worst short circuits currents flowing through the cable Provide the load with a suitable voltage (and avoid excessive voltage drops) (optional) Ensure operation of protective devices during an earth fault Selected the size cable can base on : In à ¢Ã¢â‚¬ °Ã‚ ¥ Ib Iz à ¢Ã¢â‚¬ °Ã‚ ¥ In Iz à ¢Ã¢â‚¬ °Ã‚ ¥ In à ¢Ã¢â‚¬ °Ã‚ ¥ Ib * In rated current Iz rated current of cable Ib design current

How to Be Healthy Essay

Specific Purpose: â€Å"To inform my audience about how to eat healthy.† Central Idea: In this speech, I’ll be explaining why it is important to eat healthy, and give tips on what to do to initiate healthier eating habits. Introduction: Attention Getter: How many of you want to be healthy? Credibility Material: My mom is a dietitian; which is a person who specializes in the study of food and nutrition in relation to health, and she’s always stressing to my brother and I to eat up vegetables and to eat fruit everyday. Relevance to the Audience: Almost everybody knows that it’s important to eat healthy. However, not everybody can explain exactly why. Healthy eating is essential for a number of reasons, and not all of them are as obvious as â€Å"getting your vitamins.† Preview of Main points: Why pay attention to what you eat? Is healthy eating the same as going on a diet? How to eat to be healthy? Link: First off†¦ I. Why pay attention to what you eat? A. Healthy eating is one of the best things you can do to prevent and control many health problems, such as Obesity, Heart Disease, High Blood Pressure, Type 2 Diabetes, & Some types of cancer. 1) According to the Centers for Disease Control & Prevention, about one-third of U.S. adults (33.8%) are obese and approximately 17% (or 12.5 million) of children and adolescents aged 2—19 years are obese. Even for people at a healthy weight, a poor diet is associated with major health risks that can cause illness and even death. B. Healthy foods are full of nutrients that contribute to the health of your skin, hair and nails. These nutrients not only make you look better, but also keep your skin healthier. C. You’ll benefit your brain. The Alzheimer’s Association says a brain-healthy diet is one that reduces the risk of heart disease and diabetes, encourages good blood flow to the brain, and is low in fat and cholesterol. Like the heart, the brain needs the right balance of nutrients, including protein and sugar, to function well. Link: Next†¦ II. Is healthy eating the same as going on a diet? A. Healthy eating is not a diet. It means making changes you can live with and enjoy for the rest of your life. Diets are temporary. Because you give up so much when you diet, you may be hungry and think about food all the time. And after you stop dieting, you also may overeat to make up for what you missed. B. C. Eating a healthy, balanced variety of foods is far more satisfying. And if you match that with more physical activity, you are more likely to get to a healthy weight-and stay there-than if you diet. Link: Now that I’ve told you the differences between healthy eating and diets†¦ III. How to eat healthy? A. It’s easier than you think to start eating healthy! The U.S. Department of Agriculture has set guidelines for a healthy diet. The USDA’s â€Å"MyPyramid† divides food into five groups and explains how much of each food group you need, as well as the benefits of each food group. Following the USDA’s recommended dietary guidelines can help reduce the risk of some diseases, including heart disease. B. Small changes can make a big difference to your health. Try incorporating at least six of the eight goals below provided by the President’s Council on Fitness, Sports & Nutrition into your diet. Commit to incorporating one new healthy eating goal each week over the next six weeks. 1) Make half your plate fruits and vegetables. 2) Make half the grains you eat whole grains. 3) Switch to fat-free or low-fat (1%) milk. 4) Choose a variety of lean protein foods. 5) Compare sodium in foods. 6) Drink water instead of sugary drinks. 7) Eat some seafood. 8) Cut back on solid fats Conclusion: In conclusion, healthy eating is not about strict nutrition philosophies, staying unrealistically thin, or depriving yourself of the foods you love. Rather, it’s about feeling great, having more energy, stabilizing your mood, and keeping yourself as healthy as possible.

Irony In “The Lottery” by Shirley Jackson Essay

In â€Å"The Lottery†, Shirley Jackson uses foreshadowing, symbolism, and irony throughout her story to show that death is imminent in the end. Not only do time and place bear important clues as to the allegorical meaning of â€Å"The Lottery† but the very names of the characters are laden with significance. What is more, it will be shown what an important role these literary devices play in this short story, enriching the meaning, transforming the cruel act of stoning, and the whole process leading to it into a depiction of relations between an individual and the community. Outline I) Shirley Jackson uses foreshadowing A) People being late for the lottery, when normally people would rush to want to see if they won, and not one person did. * B)The names Mr. Graves, Mr. Warner have interesting meanings and Shirley Jackson uses them to foreshadow. * C)The children picking up stones: evident that the stones are going to be used in a manner not conducive to continued life. * II) Shirley Jackson uses symbolism A) Black box * B) Boys gathering stones and pebbles: Indoctrination or brainwashing that is passed on from one generation to the next. * C) The meaning behind Mrs. Delacroix and Mr. Summers. Mr. Summers has the appearance of normalcy and cheerfulness hiding evil and corruption. * D) Village: That which appears normal and even benevolent but which harbors inner corruption and evil. * III) Shirley Jackson uses irony A) The word â€Å"lottery† suggests that the villagers are going to draw for a prize. * B) The sunny day suggests that a happy event is about to take place. * C) When Old Man Warner hears that the north village is considering ending the lottery, he says, â€Å"Next thing you know, they’ll be wanting to go back to living in caves.† (The lottery is as savage and barbaric a ritual as any  practiced by cave dwellers.) *

Women s Roles And Gender Stereotypes Essay - 1154 Words

Women’s Roles The Simpsons is a TV show that airs on the Fox network. During the fifth season, in an episode called Lisa vs. Malibu Stacy, Lisa challenges the makers of the Malibu Stacy doll to create a less sexist doll. The original creator of Malibu Stacy teams up with Lisa to create Lisa Lionheart to create a positive influence for young girls. This episode raised a lot of questions regarding gender roles and stereotypes. Gender stereotypes are prominent in today’s life style. Per gender stereotypes, girls like princesses and boys like cars. These gender roles, however, do not just apply to children. These roles are still very prominent in â€Å"grown up† society. The pay gap between men and women Gender roles are a big part of humankind society. There is insurmountable evidence that points to the idea that gender stereotypes is largely accomplished through social factors. 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Gender stereotypes influence our judgment andRead MoreVisual images Reinforce Traditional Gender and Sexuality Stereotypes948 Words   |  4 Pagesreinforce traditional gender and sexuality stereotypes through the manifestation of the masculine and feminine miens. An examination of print media advertisements highlights the social and cultural ideologies associated with traditional gender roles that are expected and imposed on by society. â€Å"Advertisements are deeply woven into the fabric of Western Culture, drawing on and reinforcing commonly held perceptions and beliefs† of gender and sexuality stereotypes. They have a strong role in shaping societyRead MoreThe Picture On The Right1457 Words   |  6 Pagesfrom the same company, but they are from a 30 years difference. Both of these pictures do advertise a beautiful women in their Calvin Klein clothing, but the ads say something completely different. If you look at the first picture on the left, and compare it to the second picture on the right you will see the difference immediately. The picture on the left is from 30 years ago and women were not viewed as strong of members of society that they are today, like the viewed star Kendall Jenner in theRead MoreThe Dilemma Of Masculinity Versus Career Paths1702 Words   |  7 Pagesthere has been the dilemma of masculinity versus career paths. Women were expected to be teachers, nurses, etc., just because that s the role they had in society for decades before that. Men, and still are, expected to go into a career field that pays a lot of money so they can provide for their families. Those career fields are still usually STEM related. Engineers, scientists, mathematicians, doctors, lawyers, etc. It s not just because the individual wants to go into that field. ThereRead MoreThe Media And Its Impact On The Entertainment Industry Essay1282 Words   |  6 Pagesindividuals by labeling them under stereotypes? In order to truly understand the core of such a question, it is important to first define and solidify some key terms. To begin with, what mediums of mass media will be considered in the analysis of this issue? Specifically, I will attempt to highlight the use of gender stereotypes in the form of visual advertisements, such as magazines and television commercials. I will also be considering the use of gender stereotypes in the entertainment industry, particularlyRead MoreMovie Analysis : The Four Young Boys 1520 Words   |  7 PagesAmerican society, gender stereotypes and the topic of stereotypes remain a central focus of art and individual discussion. Rob Reiner addresses stereotypes in Reiner’s film Stand by Me when he sheds light on multiple stereotypes in society. Throughout the film, Gordon, Ch ris, Vern, and Teddy, the main characters in the movie, frequently describe each other with derogatory terms, which characterize stereotypes in American culture. In Reiner’s movie, the four young boys follow the stereotypes that society

Essay on Solar Energy - 1538 Words

Solar Energy Why do we build passive solar homes? Most people familiar with the subject of alternative and renewable energies would reply with a variation of many answers to this question. â€Å"To act locally in an ever expanding global market.† â€Å"The solar panels or photovoltaics will pay for themselves in a given amount of time depending on the system implemented.† â€Å"I would build a passive solar house to take myself entirely off the grid.† These answers seem to be common when it comes to the world of alternative energies. Although the majority may reply to this question with similar answers there has to be a flip side or different view on any topic including renewable energy. â€Å"Green building,† or building with natural supplies†¦show more content†¦No, we obviously cannot reverse the chain of events that has brought us to this point but we can individually do our part to stop the on going process. Technology has brought us to where we are today as humans. For better or worse this is where we are and we are stuck with it. We need to use technology to our advantage in our everyday lives. This is where passive solar technology comes into play. It is, in a sense, a gathering of the new and old for a better world. Our ancient ancestors may have caused war and been unjust but they did not place the future of the world on the brink of extinction. As present citizens of earth our living habits dictate the way we use earth’s resources. We need to curb our ways and live â€Å"closer† or more in-tune with our mother earth. Greeks and Romans used passive designs in their architecture for such purposes as community baths and meeting halls as well as orientating their living spaces also. This technology is nothing new, so we have the ability to do this type of building on a large scale. The design concept is a huge part of this process for present day building, such as it was when the Greeks and Romans designed their architecture. One must figure out the best way of designing a living space for the intended environment or climate. The passive heating and cooling of the living space entirely depends upon this. Major flaws have been madeShow MoreRelatedThe Energy Of Solar Energy1687 Words   |  7 Pagesanalyses of solar energy deployment contained in the Word Energy Outlook, Energy Technology Perspectives and several IEA Technology Roadmaps. It aims at offering an updated picture of current technology trends and markets, as well as new analyses on how solar energy technologies for electricity, heat and fuels can be used in the various energy consuming sectors, now and in the future. If effective support policies are put in place in a wide number of countries during this decade, solar energy in its variousRead MoreSolar Power And Solar Energy1255 Words   |  6 PagesSolar energy is capable of providing a cleaner energy than most forms of energy generation, and solar energy is able to be generated economical ly. Solar energy reduces the amount of harm to the environment from energy generation, by providing a cleaner alternative. Solar energy also provides jobs for construction and installation of solar powered technologies. The cost of installing solar panels can vary greatly, but its long term benefits outweigh the costs. Typically a solar panel system isRead MoreThe Solar Of Solar Energy1637 Words   |  7 Pagesin solar energy has been growing in recent years. Solar energy is abundant, clean and renewable. There are two main methods to tap solar energy, i.e. with PV cells and with solar collectors. The former converts sun light directly to electricity while the latter collects the solar thermal energy (heat) to be used for various applications. Solar collectors have been in existent for many decades. Their usages are experiencing resurgence in the recent years due to the interest in renewable energy sourcesRead MorePreserving Our World with Solar Energy900 Words   |  4 PagesSolar energy is a way to restore and preserve our world. How wonderful it would be to use the suns energy to heat and cool our homes, power out cars and run the electricity to light our houses. This concept is getting close r to reality all the time. Solar energy is expensive on a large scale, but running lights and small appliances are now inexpensive. Small calculators and lights that are solar powered are accessable to everyone. God commissioned his children to take care of the earth in GenesisRead MoreThe Ethics Of The Solyndra Solar Energy Panels1174 Words   |  5 PagesFounded by Dr. Chris Granet in 2005 Solyndra Solar, based in California was a corporation that produced solar energy panels. They manufactured cylindrical shaped solar panels, and they were unequaled in the business, the corporation as well offers an assortment of additional solar merchandises, most solar engineering corporations use flat plates and was labeled as old-fashioned compared to the Solyndra’s PV Solar structure. Consumers preferred the solar merchandises of the Solyndra since they integratedRead MoreSolar Of Solar Thermal Energy1901 Words   |  8 Pages Solar Thermal Energy â€Å"Even if we didn t have greenhouse gases, were going to have to move away from fossil fuels, as we re going to run out. They re finite, where as solar and wind are infinite.† - Ted Turner. Solar panels use the energy that comes from sunlight to give power. Low-temperature panels are flat plates generally used to heat things such as pools. Medium-temperature panels can also be flat plates but they are used for heating water and / or air for residential and commercial useRead MoreRenewable Energy And Solar Energy921 Words   |  4 Pagesrenewable energy . Most of these renewable energies depend in one way or another on sunlight. Wind and hydroelectric power are the direct result of differential heating of the Earth s surface which leads to air moving about (wind) and precipitation forming as the air is lifted. Solar energy is the direct conversion of sunlight using panels or collectors. Biomass energy is stored sunlight contained in plants. Other renewable energies that do not depend on sunlight are geothermal energy, which isRead More solar energy Essay586 Words   |  3 Pages Solar Energy All life on Earth depends on energy from the sun. Solar energy is the source of energy for photosynthesis. It provides the warmth necessary for plants and animals to survive. Scientists have found a way to use God’s natural light towards the advantage of our daily lives. The affects of this idea revolutionary, results of solar power could lead to a more modernized society and efficient economy. Solar energy is a term that usually means the direct use of sunlight to produceRead MoreThe Solar Of Solar Energy1316 Words   |  6 Pagesterawatts of energy. Solar cells offer a means to harness this energy by converting solar energy into electrical energy. While some may argue that solar energy is an inconsistent energy source, research is being poured into creating more efficient solar cells so that when light is incident on the solar cell, the solar cells operate at their highest possible efficiency levels. Currently, the most efficient solar cells convert 34.5% of sunlight to energy. With innovations like floating solar farms, suchRead MoreThe Solar Of Solar Energy1321 Words   |  6 PagesIntroduction Photovoltaic Solar Energy Throughout history, mankind had always wonder the mysterious secrets of nature with an attempt to make a replica of its magnificent work. Solar photovoltaic energy is the process to convert sunlight into electrical power as energy; imitating the process of photosynthesis that plants create to survive. Photovoltaic energy is not something recently discovered, it actually goes over 160 years The basic science was first discovered in 1839 but the pace of advancement