Improving our recreational Essays - Bath Rugby, Recreation Ground

Improving our recreational Essays - Bath Rugby, Recreation Ground Improving our recreational centers South Providence Rec Center Student Boards/Student Voice Diverse Programs Diverse Population of Students Improved Technology Equipment Improved online accessibility Keep kids off the streets Importance of Parks and Recreation Community recreation services provide a refuge of safety for at-risk youth, its a place to play which is important in reducing at-risk behavior such as drug use and gang involvement. Recreational programs provide organized, structured, and enjoyable activities for all ages. Kids develop the skill necessary to success and confidently engage in sport, crafts, dance, social activities. Advisory Board The function of an advisory board is a group of people that come together and talk about improving the community. In order to increase community involvement a student advisory board should be created for all Providence Rec Centers. Why is an advisory board important? An advisory board will allow a strong student voice in Rec Center decision making. 72% of the kids we surveyed said its important to have a student voice. 28% of the kids we surveyed said its not important or dont know if its important. Do you go to a rec center? 38% of the kids we surveyed at JSEC go to a rec center. 62% of the kids we surveyed at JSEC dont go to a rec center. Do you go to a rec center? 38% of the kids we surveyed at JSEC go to a rec center. 62% of the kids we surveyed at JSEC dont go to a rec center. What activities or programs would you like to see at the Rec Center? Kids that go to a Rec Center would like to see What programs would attract you to your local Rec Center? If the Rec Center created programs/activities of your interest, would you go? 63% of the kids we surveyed said they would go to a Rec Center if the Rec Center added programs or activities of there interest. 13% of the kids we surveyed said they wouldnt go to a Rec Center even if they added in the programs or activities that theyre interested in. 24% of the kids we surveyed said they would possibly go to a Rec Center if they added in the programs or activities that interest them. Kids suggest that the Gym and Gym floor should be improved or redone. Kids also said they would like for the Rec Center to be more organized. Some kids said they would like for there to be more information about the Rec Center. About 75% of the kids we surveyed said that the staff meets their expectations and do a good job. We also asked kids if they feel welcomed/comfortable at the Rec Center, most of them said yes but some said that they dont. Students would like better equipment. What have you seen at the Rec Center that you would like to change or improve? Here are the percentages of the kids we surveyed that go to each Rec Center. We asked kids What benefits do you think you would get from going to a Rec Center? 19% of kids said to gain Experience. 22% of kids said to learn New Skills. 16% of kids said they would like to lose weight and/or be physically better. 18% of kids said they could make new friends. 25% of kids dont know what benefits they would get.

Calvin and Hobbes essays

Calvin and Hobbes essays Commercialization: A Cheapening of Art Bill Watterson is a man of principles who voices his convictions and enforces them with his actions. This essay lays out the claim of value that commercialization of comics detracts from the quality of the art. Watterson never compromised his vision of how he viewed his characters-even if it meant sacrificing millions of dollars and fighting syndicates for years. Wattersons Calvin and Hobbes was an instant success, too big in fact for Wattersons liking. As soon as he became a household name, his battle with Universal Press Syndicate began. Commercialization is the name of the game in the comic industry. Dolls, mugs, T-shirts, TV cartoons, these were just the tip of the iceberg when it came to turning Calvin and Hobbes into a multi-million dollar profit center. Wattersons opinion on this subject is very different in respect to other cartoonists, I believe licensing cheapens the original creation....nothing dulls the edge of a new and clever cartoon like saturating the market with it (reemst.com 1). He did not want licensing or commercialization whatsoever and literally turned down millions of dollars because of his firm belief in keeping the spirit of the comic fresh. Naturally, his syndicate was not about let this go without a fight, and he spent the next five years trying to maintain control over his own creation. Eventually, his contract was re-negotiated and his wishes respected. When a cartoonist and his or her syndicate have a clash about money, it is usually because the artist wants more, not less. They wanted to exploit the comic and get more exposure, fame, and money from it. However, Watterson made his wishes clear to Universal Syndicates; he wouldn't license "Calvin & Hobbes" for commercial use, no matter what. If they would not abide by his wishes, he would quit the job. The integrity of the characters was the most important...

African Americans in Contemporary Media Landscape Article

African Americans in Contemporary Media Landscape - Article Example Over the years, many people who immigrated to America from various countries and continents in pursuit of various goals are also considered to be African Americans. African Americans are often associated with black skin and Africa. For a long time in the history of America, African Americans were considered to be inferior to their white counterparts and, therefore, suffered the consequences of racial segregation. Furthermore, the Black Americans, as they are sometimes referred to, have greatly been associated with poverty, drugs, violence, ghettos, and crime. African Americans have been subject to a lot of stereotypes since the days of slavery. As a minority group in the U.S., they have mostly been associated with negative aspects, behavior or lifestyles even as their white counterparts are often associated with a lot of good. In many television programs, African Americans always take minor roles or play second fiddle to the main actors. Also, in terms of representation, they are always fewer in number in the television programs in which they are featured. Stereotypes may be positive, neutral or negative. In many cases, the African American is always depicted as being servile, simpleminded, slow-witted, primitive, drug addicts, poor, aggressive, criminal, overweight (for females), lazy, athletic, gifted to make music, and religious as noted by the M3 Foundation (n.d.). This list of stereotypes is all negative except for athletic and musical gift stereotypes. In some cases, African Americans are also depicted as having no jobs in spite of their education which leads them to remain poor. These depictions of the African American in television shows and films generally serve to reinforce the negative attitudes that whites have towards the Black Americans. African American Stereotypes as Presented on Contemporary TV Programs In Bravo's Top Chef, one stereotype that is assigned to the African American is aggression. In the second season of the show, one of the characters in the TV program is an African American male called Cliff. All the while, Cliff is depicted as a very talented chef.  

Create a Business Plan for Your Own Company - With Financial Statement Assignment

Create a Business Plan for Your Own Company - With Financial Statement Data - Assignment Example The company also has other investments in steel and iron businesses such as steel manufacturing operations including electrical furnaces, steel processing service centres that take care of processing and distribution services, steel sales business and production of motor vehicle parts. Apart from manufacture of steel and iron products, the company has other portfolios that include supply of mineral and metal resources to Japan and other areas of the world. The company also has investments in generation of renewable energy, industrial and infrastructure, water treatment and supply, project development in fields such as logistics and social infrastructure. In its integrated transportation systems business unit, the company deals with logistics, financing and sale of motor vehicles, sale and financing of construction machinery, trade and ownership of commercial ships, sale, purchase and leasing of aircrafts and helicopters and rolling stock leasing. The basic chemicals business unit dea ls with manufacture of industrial chemicals and the logistical support for their clients. The performance chemicals business unit deals with manufacture of agricultural chemicals, performance materials such as plastics and synthetics. In addition, the unit also deals with liquid crystal display material and commodities, semiconductors and supplies for printed circuit board. Energy business unit I and II deals with exploration and processing of energy sources such as oil, gas and uranium among others, in addition it also develops environmental business such as carbon credits, biomass ethanol and hydrogen. The food business unit deals with grains for livestock, energy production and human consumption. In addition, it also deals with food ingredients, distribution, retail support services and agri-foods. The consumer service business unit deals with a wide variety of business activities that include medical and health care services, real

FUNDAMENTAL CONCEPTS, METHODS, & MODES IN THE HUMANITIES Essay - 2

FUNDAMENTAL CONCEPTS, METHODS, & MODES IN THE HUMANITIES - Essay Example Classicism era was a period whereby, emphasis on form, proportion, simplicity and restrained emotion made the basis of culture, literature and art in ancient Greece and Rome’s aesthetic attitudes and principles (Grafton, Most & Settis, 2010). Neoclassicism movement in painting and other visual arts, on the other hand, started in the 1760s and climaxed in the 1780s and ‘90s, whereby it was rampant in emphasizing on austere linear design, use of correct archeological settings and costumes, and depicting classical themes and subject matter. It is arguable that neoclassicism was partly a reaction against the sensitivity and frivolous decorations of the then dominant Rococo style as well as stimulations by the then arising scientific interest from classical relic of 18th century (Grafton, Most & Settis, 2010). Neoclassicism advent was steered by the new knowledge of the classical past obtained from the archeological discoveries regarding the Greco-Roman art from the monuments and other Greek antiquities of the past. The stylistic aspects of neoclassicism were similar to those of its predecessor classical antique. For instance, the ornamented paintings of Jacques-Louis David evidenced in the classical period also prevailed in the neoclassical era. The decorative prettiness and softness in the Rococo antique extended to the era of neoclassicism as well as the Kauffmann’s sentimental subjects. The movement from classicism to neoclassicism was experienced in the arts of paintings and decorative, architecture and visual arts, and in music. In architecture and visual arts, the Neo-classical paintings are different from the classical ones by their virtue of ignoring pastel colors and haziness; instead, they are sharp colored and have Chiaroscuro. The neoclassical music, however, shows considerable similarities with the classical music in the use of harmony and instrumentation such as the wind instrument and the classical symphony in the

Body Image Essay Example for Free

Body Image Essay Ones body is what makes one who one is. Every inch of someone is what sets a person apart from everyone else. Even though everyone has an opinion about what his or her perfect body would be, changing ones personal features would take away from individuality. I personally would never have plastic surgery because when I look at myself, I do not see a young woman with a funny looking nose and big bug eyes, but I see a beautifully sculpted masterpiece that God has made just for me. It is a body that gives me character, individuality, and confidence. In my personal opinion, and I say this as humbly as I can, I am a beautiful young lady. I have a very animated face that goes well with my personality, which is humorous, but in a mature fashion. I can be serious and stare at others with my endless snowflake hazel eyes, but if I get too drastic for the mood, it is easy to look at my nose and then laugh to lighten the air. I take pride in the fact that there is no one else on this earth exactly like me. Not just my inner beauty, but my outer beauty makes me different from everyone else. Life would be so boring if everyone looked exactly the same, but what is inside oneself makes one beautiful, not only inside, but outside as well. I personally could not be more content and happy with who I am. If I were to walk down the street, there would be many different comments going through peoples heads as I passed. Some people would find me attractive, and some would find me ugly. Some people might find me beautiful, and others might find me weird looking. The bottom line is that it does not matter what they think. It only matters what I think because I am the only one in the whole world that has to live with myself. I am proud to be me, and no surgery could make me any more confident, or any happier to be me. In conclusion, unless I had a huge rock fall on my face, which made it difficult to eat or breathe properly. I would never have plastic surgery done to any part of my already existing body. I would never second-guess my own character, individuality, or confidence. I am perfect just as God made me.

Effect of Battery Voltage on Output

Effect of Battery Voltage on Output Andy Nguyen Table of Contents 1.0 Introduction 1.1 Theory Review 1.2 Hypothesis 1.3 Materials Risk Assessment 3.0 Results and Analysis 4.0 Discussion 5.0 Conclusion 6.0 Appendix 1.0 Introduction The homopolar motor device or also known as unipolar motors are commonly used in everyday society. For example, it can be related to an electric circuit in cars or in high torque wind turbines. But in this case, the homopolar motor consists of an AA battery, copper wire and a neodymium magnet. The aim of this experiment only using this setup is to see how the voltage of the battery affects the number of times the wire revolves around the battery and magnet. It was hypothesised that the larger the voltage or battery, the longer it took to revolve around the battery as size is determining the current output. 1.1 Theory Review The magnet used in this experiment is called a Neodymium also known as Neodymium-iron-boron. This is a rare earth magnet and is stronger than the average magnet. It has a high resistance to demagnetization and its energy content level is high. If these magnets are not carefully stored or used properly, it can have major effects on the magnet such as corroding or caught on fire if used in high temperatures. Like any other magnet, the Neodymium magnet has a North and South Pole and depending on which side it’s used, it affects the direction in which the wire is rotating. Alkaline batteries are commonly used to make an electric device work. It contains chemical energy which then converts to electrical energy when placed in a device such as remotes and toys. An alkaline battery contains to electrodes, anode and cathode. Anode is an electrode through which electric current flows into a negatively polarized electrical device. A cathode is when the electrode flows out of the positively polarized electrical device. When electricity is run through a loop or coil of wire, the electricity has passed through a magnetic field, refer to appendix 3. The Neodymium magnet has both North and South Pole which attracts and repels the current flowing through the rotor thus creating a constant torque which leads to the loop of wire spinning. This repetitive attracting and repelling can go on continuously as long as a stable current goes through it. To find out how the radius of the wire affects the speed of the revolutions, angular velocity must be found. Angular velocity can be considered as a vector quantity thus this unit is measured in radians per second. The formula for angular speed is: Where is the revolutions per minute and is the time taken in seconds. The formula is then multiplied by for the full circular motion unit for a circle is measured in radians. Polarisation is when the charges inside a particular object is split and separated into each ends away from their distinctive other. A magnet for example, when polarised has two poles, where one end of the pole consists of positive charges whilst the other end will consist of negative charges. This concept determines the direction at which objects rotate. 1.2 Hypothesis It was hypothesised that the bigger the radius of the wire, the slower the angular speed will be. But as the voltage is increased using the same radius, the angular velocity of the copper wire will increase. Increasing the copper wire to a bigger radius and changing the voltage of the battery would have an effect on the speed of the revolutions. This should be due to the copper wire having to travel around a larger battery which means more time for the wire to revolve. 1.3 Materials 1.5 Volt Alkaline battery Neodymium magnet Copper wire Pliers Smart phone 1.4 Safety Risk Assessment The only hazard from this experiment is the possibility of being poked by the wire, having a slight burn on your fingers from the heated wires or to jam your fingers in between magnets. To prevent this from happening, there must be a lot of caution when handling the experiment, such as being alert where the wires are and not holding on to the wire for too long, as it may cause burn and also to keep all magnetic objects away from the neodymium magnet, as it is a very strong magnet and can jam your finger between objects or a sharp object. 2.0 Method Experiment measuring how radius (r) and voltage (v) affects angular speed Place the neodymium magnet on a flat surface Place the negative (flat end) of the AAA battery onto the neodymium magnet. Use pliers to cut the wire to appropriate length. Mould and bend copper wire so that wire has a radius of 2cm from centre and make the two ends of the wire spiral down the battery and touch the magnet. The copper wire will move in a circular motion when the ends of the wire touch the magnet, record with smart phone. Review recording in slow motion and measure revolutions/minute. Repeat steps 2-6 for radii 3cm and 4cm. Repeat steps 2-7 for AA and D batteries. Refer to Appendix 2 for picture of experiment. 3.0 Results and Analysis Figure 1 Figure 2 In figure 1, it shows that 1V (blue) and 1.5v (red) has a correlation with one another as a result of their respected lines almost being parallel. This is due to the two wires having almost the same voltage from the battery which would mean that the rpm would almost be the same. 3.1 Error Analysis Table one show the result of the three different sized radii’s that was moulded to find the angular speed. A number of three trials were conducted to ensure that the results that were given were not abnormal and were accurate. Each trial went for 60 seconds each and the averages of the speed were calculated. In each trial, a margin of  ±1 was used since the copper wire stopped halfway or not completing the rotation. As shown in table 1, it is clear that the bigger the radius of the wire, the slower the angular velocity. The difference is only slight because of the small difference in the radius of the wire. 4.0 Discussion The results of the experiment support the hypothesis that, when the radius of wire was widened, the slower the revolutions per minute. But when it came to increasing the voltage of the battery, there was an increase in revolutions per minute. By using the same radii that were used in the previous experiment for the AAA battery, the speed is increased when the AA battery was used. Then the revolutions per minute were significantly increased when using the D battery due to the amount of voltage in the D battery. From the data collected in table, angular velocity was able to be found using calculations shown in appendix 1. When the three batteries are compared, it is clear that as the battery voltage is increased, the faster the angular velocity. Even though increasing the radius of the wire affects the speed, it still supports the hypothesis that as the voltage is increased, the faster the angular velocity will be. As expected, the larger the amount of volts the battery discharges, the more current flows through the copper wire, causing it to have a higher revolution per minute rate. The greater the current flow the larger the magnetic field that is produced around the wire, and more force is produced to act upon making the wire spin. The copper wire that was used was incredibly thin so there was not a lot of contact with the battery or the magnet. Since the wire is thin, there is a small path in which the current flows in which only give the electrons to flow in a straight line. If the wire was thicker and bigger in diameter, then there would be less resistance since the electrons would be able to flow freely. Since the batteries have a significantly low resistance, the electrons are free to flow easily through the thin copper wire. Therefore the factor of the resistance can be excluded when measuring the angular speed. With the data collected, it was used to make a graph which showed the relationship between the volts of the battery and the angular speed. The vertical lines on the graph represent the margin error of  ±1 since the wire did not complete the full revolution. Other possible errors that could have occurred while gathering this data was the rounding error, to minimize large numbers, two significant figures were used. Copper wire loses conductivity after each consecutive trial without cutting the ends off. With the discovery of this possible error, cut the end bit of copper wire so that the conductivity would be the same each time which would make the results as accurate and precise as possible. Another possible source or error for this experiment is if the wire fell off the battery halfway through its rotations and/or if the ends of the copper wire lost direct contact to the magnet and slowed down during its rotations. These possible sources of error could be prevented by creating a slight dent on the battery to create a little hole for the wire to sit comfortably on and to create a solid spiral down the battery so that the ends don’t become loose and lose contact with the magnet. So that the results could be as precise as possible, because if the ends of the copper wire lose contact with the magnet, it loses the velocity and momentum and would slow down, and thus affects the rpm. Another possible source of error is drainage of the battery after consecutive trials causing less voltage to flow into the wire thus affecting its angular velocity, this could be prevented by using a power pack instead of battery. 5.0 Conclusion In conclusion, the results that were gathered supported the hypothesis that even with a larger radius, when increasing the voltage of the battery, the angular speed is increased. As the results show that the D battery, although larger radius than the AA battery, still had twice the amount of revolutions per minute because it had twice the amount of voltage. 6.0 Appendix Appendix 1 Using the formula for angular speed: Appendix 2 Appendix 3 Appendix 4