Reading Response Log: Dialect Journal for Ella Enchanted :: English Literature

Reading Response Log: Dialect Journal for Ella Enchanted Ella Enchanted by Gail Carson Levine is the story of a girl who is cursed at birth by a fairy named Lucinda. The fairy Lucinda tries to bestow a blessing on Ella but instead curses her with total obedience to every command. This "gift" is very dangerous because Ella must obey every command anyone issues her, even if they were to command her to kill herself. This book tells of Ella's journey to find Lucinda and reverse the spell that has haunted her since birth. Ella meets many people on her quest. The whole book isn't just about her quest though It is about her growing as a person and falling in love. Throughout the book Ella tries to discover who she really is and what she wants to become. Ella learns about her past and starts to discover a new future she can have if she can just overcome her past. On her journey Ella discovers that people are not always as they seem and that you have the power to change anything you want. In Ella Enchanted, Levine develops Ella and the characters around her. The main characters in the story are Ella, Lucinda, her fairy godmother Mandy, Ella's Father, and Prince Charmont. Throughout the book Ella makes some very strange choices. Later these choices are seen as efforts to protect the people she loves from the curse she is under. When Lucinda casts a spell on Ella, a huge mess results. If I were Lucinda I would have thought before I cast a spell. While Lucinda thought she was doing a good deed, had she thought on the matter further she would have realized that total obedience would really be a curse. In Ella enchanted the interactions between the characters plays a huge part in setting the mood and making the story more comprehensible. While I was reading this book, I was wondering why Ella has such a hard time convincing Lucinda that she was wrong! It was so obvious, to me, that the gift of total obedience would really be a curse. Throughout this book, I felt many different emotions. I was sad, hopeful and despairing at times. Other times I was excited, thrilled, and on the edge of my seat. Always wondering what was going to happen next. Ella Enchanted never has a dull moment. Throughout the book, Levine manages to keep the reader's attention while telling a magnificent and magical story. In Ella Enchanted the style is evident throughout the story. Levine uses "old-fashioned" language like "nightdresses" and "delighted to make your acquaintance. Reading Response Log: Dialect Journal for Ella Enchanted :: English Literature Reading Response Log: Dialect Journal for Ella Enchanted Ella Enchanted by Gail Carson Levine is the story of a girl who is cursed at birth by a fairy named Lucinda. The fairy Lucinda tries to bestow a blessing on Ella but instead curses her with total obedience to every command. This "gift" is very dangerous because Ella must obey every command anyone issues her, even if they were to command her to kill herself. This book tells of Ella's journey to find Lucinda and reverse the spell that has haunted her since birth. Ella meets many people on her quest. The whole book isn't just about her quest though It is about her growing as a person and falling in love. Throughout the book Ella tries to discover who she really is and what she wants to become. Ella learns about her past and starts to discover a new future she can have if she can just overcome her past. On her journey Ella discovers that people are not always as they seem and that you have the power to change anything you want. In Ella Enchanted, Levine develops Ella and the characters around her. The main characters in the story are Ella, Lucinda, her fairy godmother Mandy, Ella's Father, and Prince Charmont. Throughout the book Ella makes some very strange choices. Later these choices are seen as efforts to protect the people she loves from the curse she is under. When Lucinda casts a spell on Ella, a huge mess results. If I were Lucinda I would have thought before I cast a spell. While Lucinda thought she was doing a good deed, had she thought on the matter further she would have realized that total obedience would really be a curse. In Ella enchanted the interactions between the characters plays a huge part in setting the mood and making the story more comprehensible. While I was reading this book, I was wondering why Ella has such a hard time convincing Lucinda that she was wrong! It was so obvious, to me, that the gift of total obedience would really be a curse. Throughout this book, I felt many different emotions. I was sad, hopeful and despairing at times. Other times I was excited, thrilled, and on the edge of my seat. Always wondering what was going to happen next. Ella Enchanted never has a dull moment. Throughout the book, Levine manages to keep the reader's attention while telling a magnificent and magical story. In Ella Enchanted the style is evident throughout the story. Levine uses "old-fashioned" language like "nightdresses" and "delighted to make your acquaintance.

Laws of Migration Essay

Mr. E.G. Ravenstein established a theory of human migration in the 1880s that still forms the basis for modern migration theory. He called it the â€Å"Laws of Migration†, which the books have divided them into three general categories: characteristics of migrants, patterns of migration, and volume of migration. I believe people move for a variety of reasons, but his philosophies were basic on census results over time which makes it very creditable to me and these tendencies of migration still show currently. I will discuss, in the next few paragraphs, my reasoning of why I agree with Mr. Ravenstein â€Å"laws of migration†, and how those laws still apply today. The first general category is characteristic of migrants, which is described by the book as â€Å"selective†. I understand this category as the people that want to or the people that are forces to leave their homeland because of a major circumstance, not everyone wants to leave their homes. Religious or political reasons appear to be at the top of the list. For example, Cuba has a communist government that forces people to agree with the government. Where people do not agree with the government’s views or decisions they are not allowed to express their opinion. People from Cuba are force to leave the island if the government finds that they are looking for options to leave or trying to take action against the government. On the other hand, there are people in Cuba that are happy with the government. They do not have any decider to leave the island. They also like the rules in place for the community and believed that everyone should follow them. Another general category that the book describes is patters of immigration. I see this category as the pull factor describes on page 17 as â€Å"to those attractive forces emanating from the migrants’ goal that draws migrants†. I see the pull factor as the idea of people to emerge from poverty or the inabili ty to use acquired professional skills. This concept still happens today, my own experience is a clear example of it. In the years 1999 to 2006 Argentina reached an economic crisis, the patters at the time was to come to the United States because the better future was here. My mother and I came to the United States back in 2000 from Argentina. One of the reasons that my mother decided to come to the United State was for a better future for me. I attended Miami Beach Senior High school, where I found a group of kids that were from Argentina. Their parents had decided to come to the U.S. for their better future. There were many people in Argentina with professional degrees but not many with good jobs. My mother and those kids parents were persuade by the idea that having a degree in the United States was more valued that a degree from my country. The last general category is volume of migration which I can relate to the availability of affordable transportation and other advantages related to globalization and advances in technology, many recent immigrants are not forced to sever ties with the families they leave behind. People consider the advantages and disadvantages of staying versus moving, as well as factors such as distance, travel costs, travel time, modes of transportation, terrain, and cultural barriers before moving. For example, the volume of migrants that comes from Mexico every day to make money or to achieve a better standard of leaving. They still provide for their families in Mexico but they believed working in the U.S. is far more effective, easier, and produce way more money in a short period of time. In conclusion, I agree with Mr. Ravenstein â€Å"laws of migration† because I can relate his philosophy to today’s world and still see the same reasoning. Cuba, Argentina and Mexico are a clear example of his migration point of view.

VO2 Max and Aerobic Power

Oxygen is one of the vital elements of life because it acts as a fuel for aerobic respiration, which is the energy source in all organisms (the other fuel being glucose). Without energy from respiration, organisms simply die. As an organism (in this case me, a human) does work, it needs more energy. Thus it will need more fuel and particularly more oxygen since glucose can be stored in the body. The oxygen intake increases as the rate of work done increases, up to a limit known as your VO2 max. VO2 max is the maximum volume of oxygen uptake (hence the V in VO2) anyone can use. It is measured in millilitres per minute per kilogram of body mass (mlO2 min-1 kg-1). People who are more fit have higher VO2 max values and can exercise more intensely than those who are not very fit. Factors Affecting VO2 Max The physical limitations that restrict the rate at which energy can be released aerobically are dependent upon: > The chemical ability of the muscular cellular tissue system to use oxygen in breaking down fuels and, > The combined ability of cardiovascular and pulmonary systems to transport the oxygen to the muscular tissue system.1 The Aim VO2 max can be measured in a variety of ways1. The aim of this experiment is to find out the subjects VO2 max and then covert it to the total aerobic power output. The Method VO2 max can be measured fairly accurately by doing a â€Å"shuttle run† style test (known as â€Å"The Multistage Fitness Test† A.K.A. â€Å"The Beep Test†). Basically, someone has to run a 20 meter track at the starting speed of 8.5 kmh-1 for one minute. Once the person finishes the 20 meter track, they must run back at the same speed, and thus we get an oscillating pattern from one end of the track to the other until the minute is over. The speed is increased by 1 kmh-1 every minute (so after one minute of running at 8.5 kmh-1, the person must run the second minute at 9.5 kmh-1). The same pattern is repeated only this time, because the person (the subject) is running at a higher speed during the same amount of time (one minute), they are going to cover a larger distance and therefore more of the 20 meter laps (in theory anyway). This fact only works in theory because will most of the speeds, the subject can not run a set (integer) number of laps in exactly one minute. It turns out that if the subject runs at 8.5 kmh-1 for one minute, they will cover 7.08 laps. This is impractical (how can you tell that the subject ran 7.08 laps!) and so the number of laps must be rounded up or rounded down to an integer number of laps. Once a set number of integer laps are set, we work out the time taken to run the integer number of laps. (Refer to Columns [5] and [6]). The subject continues running until he or she can no longer keep up the pace. The speed that the subject sustains (i.e. the speed before the speed that the subject stops on) is known as the Maximum Aerobic Speed (MAS) and is measured in kmh-1. Once we have the MAS, we can work out the VO2 max in the following formula: VO2 max = 31 + 3.2 x (MAS – Subject's Age [years]) + 0.15 x MAS x Age The unit for VO2 max is: mlO2 min-1 kg-1. (Note: The above formula is a â€Å"conversion formula developed by researchers, to give an accurate measure of VO2 max†. See Activity Sheet 26) After calculating the VO2 max, we can convert it to maximum aerobic power output. Because the subject will be working with a high energy output, running requires a lot of energy; the only way to keep going is by aerobic respiration. Anaerobic respiration doesn't provide the high amounts of energy that are needed in such exercises, especially for longer periods of time e.g. ten minutes. For every litre of oxygen consumed, the subject's muscles use 20kJ of energy. The total amount of oxygen consumed in a minute is the VO2 max multiplied by the body mass of the subject. This gives us the total oxygen intake of the subject in ml per minute (mlO2 min-1), since VO2 max is millilitres of oxygen per kilogram of body mass per minute. Once we have the total oxygen intake in mlO2 min-1, we multiply it by 20 (if 1 litre gives 20,000 J, then 1 millilitre will give 20 J) to get the total amount of energy used (i.e. power) in Joules per minute, (J min-1). Power (J min-1) = VO2 max (mlO2 min-1 kg-1) x Body Mass (kg) x 20 J mlO2-1 Power (W, Js-1) = Power (J min-1) à ¯Ã‚ ¿Ã‚ ½ 60 s min-1 Conventionally, the power output is measured in Watts per kilogram of body mass, W kg-1 (See Table 3 on Pg 37 of the text book, Salters Horners Advanced Physics), therefore we would need to divide the total power by the subject's mass. However the aim of the experiment is to find out the total aerobic power output. (At least that is what the Activity Sheet 26 says, under the last bullet point in the Analysis section) This means that there is no need to divide the total power output by the subject's mass. We just leave the total power output in Watts. (For Prepared Formulas and An Interactive VO2 max calculator, See File Formula Input Form.xls) Interestingly, the test given on the website1 for calculating VO2 max (look for The Multi-Stage Fitness Test) differs in some ways from the one suggested in Activity Sheet 26. One of the differences is the increase of the speed is 0.5 kmh-1 every minute, not 1 kmh-1. Also, if the subject doesn't complete a whole minute at the speed of 15.5 kmh-1, for example if the subject managed to complete 3 out of the 13 laps, then the subject would have a different (lower) VO2 max than if 10 laps were completed. Later on, I will discuss this issue and other differences in more detail (Under the Evaluation). The Table (Table 1) If you refer to Table 1 (File Table 1.xls) you will see all of the information needed and all of the calculations have been done beforehand. I compiled this table using Microsoft Excel(r). Below is a brief explanation of the table. Column [1] The speed of the subject, in kmh-1. Column [2] The speed of the subject given in ms-1. To convert speed from kmh-1 to ms-1, we multiply by 1,000 (converting km to m) and divide by 3600 (à ¯Ã‚ ¿Ã‚ ½[60 x 60] is converting hours to seconds). Simplified, converting kmh-1 to ms-1 we multiply by 10/36. Therefore: Column [2] = Column [1] x 10/36 Column [3] The time taken to complete one lap can be worked out by the below formula Velocity (ms-1)= Distance (m) à ¯Ã‚ ¿Ã‚ ½ Time (s), if we re-arrange the formula to make time the subject we get: Time (s) = Distance (m) à ¯Ã‚ ¿Ã‚ ½ Velocity (ms-1). The distance is of one lap is 20 m and the velocity has been calculated in Column [2]. Column [3] is just: Column [3] = 20m à ¯Ã‚ ¿Ã‚ ½ Column [2]. Column [4] This is the number of laps made in one minute (60 seconds). If I know that it takes 8.47 s to run one lap, I can calculate the total number of laps made in 60 seconds be dividing 60 seconds by the time taken to run one lap. So: ? of Laps in 60 seconds = 60 seconds à ¯Ã‚ ¿Ã‚ ½ Time Taken to Run One Lap Column [4] = 60 s à ¯Ã‚ ¿Ã‚ ½ Column [3] Column [5] This is just Column [4] rounded up or down to give us an integer number of laps. It means I don't have to deal with 7.08 laps and suchlike. Column [6] This is the time taken to run the integer number of laps. We calculate this by multiplying the time taken to run one lap (Column [3]) by the integer number of laps (Column [5]). Time to Run Integer ? of Laps = Time to Run One Lap x Integer ? of Laps Column [6] = Column [3] x Column [5] Column [7] Since we know that each lap is 20 meters and we know how many integer laps the subject will run, we can find out the total distance covered during a specific speed by multiplying 20 meters by the integer number of laps. Total Distance Covered During a Speed = 20 m x Integer ? of Laps Column [7] = 20 m x Column [5] Column [8] Column [8] is the cumulative distance ran. Here, the distances are added up (accumulated) so that we know the total distance ran through the whole activity. The cumulative distance is the total of the previous distances (previous speeds) plus the distance of the current speed. Column [9] Column [9] is the cumulative time taken for the activity. It is in seconds and works in pretty much way as Column [8], i.e. the times of the previous runs are added to the current run to give the total cumulative time. Column [10] This is the cumulative time presented in a more familiar and user friendly format, the minute : second style. This is just here to give a sense of how long 840 seconds are. The Tape (or The Slideshow) In order to make the subject run at the times listed on the Table, I will need to prepare a tape or some sort of timing device. After attempting to make a tape and failing miserably, I decided to use Microsoft PowerPoint(r) instead (making the tape proved to be a long winded, boring and fruitless exercise), because, with PowerPoint, I can set time intervals between slide transitions and add sounds on every slide transition, making it a visual as well as an aural aid and I can have a lot more fun making it! (i.e. I can have lots of â€Å"interesting† and slightly odd sounds on the slide show) I also realised that it would be more helpful (to the subject) if I had a sound in the middle of each lap and to have a marker on the middle of the lap (10 meters). In case the subject is going too slowly and doesn't reach the middle marker when the middle bleep sounds, they can speed up to reach the end of the lap in time. However there is a slight disadvantage with using PowerPoint because the transition periods can only be set to 0.1 of a second (1 d.p.) and the lap times are given to 0.01 of a second (2 d.p.) and some of the half laps are to 0.001 of a second (3 d.p.). Therefore I have had to alter the timing of the transitions slightly so that there isn't a cumulative error. For example, during the first speed (8.5 kmh-1), it takes 4.235 seconds to complete half a lap, but I can only have 4.2 and 4.3 as time intervals in PowerPoint, therefore I had to find a pattern that consisted of 4.2 and 4.3 time intervals to fit the 4.235 time interval as well as possible. This technique took quite some time, however, using Excel helped greatly. With Excel, I could input different patterns (using 4.2 and 4.3 seconds) and view the sum automatically. If it wasn't right (i.e. if the total time wasn't near the time in Column [6] in Table 1), I simply changed the pattern until I got the closest time. Also I decided that there wasn't a need to go beyond 13.5 kmh-1 because when we did a warm up to the test (a kind of preliminary), none of the subjects managed to run over a thousand meters. In order for any of the subjects to complete the 13.5 kmh-1 speed, they would need to run at least 1100 meters, therefore there was no point in extending the presentation beyond that speed. (See Files Timing.xls for the pattern generating, and Timing Presentation.ppt, listen out for a treat during the last few slides) The Safety (Issues) It is always important to consider safety in any situation, and it is especially important in this type of activity where there is a fairly high risk of an accident and or an injury occurring. Below is a set of guidelines that the subject and others present during the activity should follow. The subject should begin with a five to ten minute warm-up period, before the test is started. It should consist of stretches and short runs where the subject should rapidly accelerate and then decelerate. This helps the subject to run better in the test and also helps avoiding any muscle cramps during the test. In the (relatively) unlikely event of the subject falling, or hurting him/herself in any other way, the subject should stop running immediately. Also if the subject feels any pain or dizziness, they should stop. The subject should not continue with the test, even if they seem or appear to have recovered. The Results The results are in the Result Sheet (unsurprisingly). The results were gathered from the experiment, which was conducted with ten subjects, including myself. They are in order of VO2 max. (The Results Table can be found in Results.xls) The Evaluation After completing the experiment, I worked out the aerobic power of the subjects very easily, with the help of Excel. I personally found the experiment enjoyable and it my got the heart pumping! (A somewhat rarity in physics, consider electricity†¦ ok, maybe pacemakers, and the way they electrically shock people who have had heart attacks with two funny looking handle things, not much else though). However, there were many problems I encountered while conducting the experiment. To begin with, we couldn't find a 20 meter track anywhere in our school, considering the fact that there had to be a socket close by since my timing mechanism uses a computer (there are three sports halls in the school, but they were all busy). Therefore, I had to settle for a smaller 10 meter track. The fact that I had midpoint bleeps in the timing mechanism meant that each bleep (midpoint and full-length bleeps) was a signal for the subjects to reach the end of the 10 meter track. This meant the timing was not affected, however the experiment could have been affected greatly. (See the Miscellaneous Calculations section) Secondly, in the Activity Sheet, it says, â€Å"For every litre of oxygen consumed, 20kJ of energy are transferred to the subject's muscles†. However it fails to mention whether or not some of that energy is lost as heat and other ways of energy loss (e.g. fiction from the ground, the energy needed to stop at the end of every lap and even the energy needed to move the muscles themselves, i.e. contracting and relaxing of muscles). There are no suggestions or hints on how much of the energy is used to propel the subject. Although this can be calculated in the kinetic energy equation, EK = 1/2mv2, and the power equation P = ?E/?t . However, I suspect that these energy fluctuations are taken into account via the VO2 max formula. But even the formula itself isn't very accurate in my opinion. As I mentioned earlier, if two subjects managed to sustain the same MAS (Maximum Aerobic Speed) but one of the subjects ran more laps, then logically that subject has a higher VO2 max. This logicality is not, in any way, included in the formula. On the website (See Note 1 of Reference) the tables show that if one of the subjects ran more laps during the same speed, that subject would have a higher VO2 max that if he/she managed to run a smaller number of laps. Therefore, I do not believe that the formula for calculating VO2 max on the Activity Sheet 26 gives a correct quantitative value of the subject's VO2 max. Although the experiment has shown that some of the subjects are fitter that others (i.e. the experiment is correct qualitatively), it did not produce reliable figures with regard to the VO2 max of the subject. On the first of the Activity Sheets, Figure A26.2 shows a line graph of VO2 max for boys and girls at different ages. According to the graph, 16-year-old boys should have a VO2 max of 52-53 mlO2 min-1 kg-1. Ops! (My VO2 max is nowhere near that, or at least the formula tells me that it is nowhere near that). It shows that I am not as healthy as I should be, considering that my mass is 85 kg! Unlike Robert, who is a very healthy person and managed to run at a high enough speed to get a high VO2 max. (Although I should stress again my doubt about the numbers given by the formula) The Miscellaneous Calculations A velocity-time curve of the subject's motion. Note the area under both of the curves should be equal since the same distance, 10 meters, is travelled. The distance is the speed multiplied by the time i.e. the area under the graph. A As mentioned earlier, the energy needed to propel a subject can be calculated via the kinetic energy equation. EK = 1/2mv2 and P = ?E/?t My mass is 85 kg. If I ran one lap at 8.5 kmh-1 (which is 2.36 ms-1, Refer to Table 1), the energy needed is: EK = 1/2mv2 so, EK = 1/2 x 85kg x (2.36ms-1)2 EK = 236.7 J If the above amount of energy were delivered by my muscles in one lap (10 meters, since that was the length each subject had to run) at 8.5 kmh-1, it would have taken 8.47/2 seconds (only half a lap, 10 meters). So: P = ?E/?t P = 236.7/4.235 P = 55.9 Js-1, W However, if I ran 20 meters, then the power is: P = 236.7/8.47 P = 27.9 Js-1, W The amount of energy accumulated while running a lap is then dissipated towards the end (of each lap) as the subject must come to rest i.e. the velocity is zero. Notice also that because the subject has to accelerate at the beginning of every lap, some extra energy is needed for that acceleration. The subject must accelerate every 10 meters because he/she has stop and then run in the opposite direction. As the lap distance decreases, the power transfer increases. This shortage (of lap distance) will also cause the subject to accelerate and decelerate more often. Therefore, the smaller the lap distance, the larger the error could be (due to the fact that some of the energy is used up in accelerating). Using a 10 meter track instead of a 20 meter track could have affected the results because this meant more energy used in accelerating. It is therefore, justifiable to say that had the track been longer (i.e. 20 meters), myself and all of the other subjects could have been able to sustain a higher speed instead of the one that was achieved.

Square Dancing Essay Example

Square Dancing Essay Example Square Dancing Paper Square Dancing Paper Essay Topic: Rip Van Winkle What is Square Dancing? Square dancing was first developed by lonely farmers as a means of entertaining and wooing their livestock (or at least thats the rumor Im choosing to believe/spread). But honestly, how drunk on moonshine and bored with wife-beating did people used to be to develop this Jig of humiliation? More importantly, how†I reiterate HOW is it still around today? I mean wasnt Bugs Bunny mocking this like 60+ years ago? Barnfolk during a hootenanny. Personally, Im for Jettisoning into the sun everyone involved in any non-farming interaction that regularly takes place in a barn. Who the hell wants to dance around a riggin barn?! Barnfolk, thats who† and they permanently forgot to evolve. Lets talk about some things that would be present at any square dance Jig- off. First, its impossible to picture a group of people square dancing without there being that one guy with the obscenely long Rip Van Winkle beard. Of course, he wasnt magically asleep for 20 years when it grew, unless you count his life-long whiskey haze and vow against critical thinking. Second, the band always does that foot-stomp knee-slap head-bob thing, telepathically conveying the message were all a bunch of sinine hicks and we love it! The head-bob is the and we love it part. Third, well you may not see this, but square dancing is the only dance where its easy to picture a random farm animal suddenly standing up on two legs, Joining in, and it seems natural. Another bumpkin seduced by a Jigging goat. Bumpkins promenading across the room with goats and sheep; why not? They make- out with them regularly anyhow. I will admit Im fairly su rprised they called it square dancing at all considering the highest level of schooling in the room is probably a forged G. E. D. like they know what a square is) Bunch of geometrically confused hill-folk buck-toothed and guffawing as they spin around a cow trough. Damn I hate that square dancing still exists! One thing thats hard for me to picture is anyone hearing square dance music coming from a barn and not getting the imperative urge to run in the opposite direction. Speaking of the music, isnt there Just that one swing your partner song and thats it? Photo taken during a rendition of their song Proud to be Illiterate. I guess its nard to play a variety ot tunes when your band consists ot people playing he washboard, broomstick-bass, and blowing into that Jug with the >OCC on it. Stay tuned for my upcoming entry on Jug bands Speaking of the musicians, apparently square dancing was so lacking in class that renamed the violin the fiddle. I can picture that conversation: Hey hairy, drooling Jug band member, is that a violin youre playing? A vi-o-what? Welp, I dont rightly know, mister. An accurate de scription of square dancing. I Just fiddle with it, so I guess thats what it is. a fiddle drool, drool, drool, slurping p drool, more drool* Im sure he also fiddles with other things like the engine of his primer-colored pick-up truck and his malformed wiener whenever his cousin is watching. I dont mean to over generalize, but in reiterating my idea to launch all square dancers into the sun, I propose it would do the world more good than harm. This is exactly what square dancing looks like to me. Im willing to bet that other long-standing traditions like racism, sexism, fear of progress, and hatred for the scientific community would prove directly correlated as they dropped exponentially. Sad Fact 1: Theres an international association of square dance callers named Callerlab. Seriously. An international organization. Sad Fact 2 : Did you know that square dancing has been designated the official state dance in 19 states? State dance?! Why the HELL are there even† Oh I give up! (*gun fires and body hits the floor*) End. Supplemental material: Link to Bugs Bunny in Hillbilly Hare. Excerpt of lyrics from Pickle Up a Doodle, a square dance call. When that devil comes a-courtin, Ah-haw! Hell catch all eight, with a right hand half, Back by the left, go once and a half. Turn the corner by the right, make a wrong-way thar, And ya pickle up a doodle in the middle of the star. Shoot that star, left allemande, gonna pass your partner by, You box the gnat with the next one, and you swing er mighty high. Walk all around that corner, turn a left hand round your girl, Four ladies chain, chain the big, wide, wicked world. Roll promenade a shady lady. Gents roll back, but only one, Promenade, youre gonna have a little fun. It aint no sin to swing and sway, An you pickle up a doodle in the middle of the day.

Narrative of Fredrick Douglas essays

Narrative of Fredrick Douglas essays This book was really interesting to me The Narrative Of Fredrick Douglas. It was about his life and how he wanted to escape from slavery. He was sold and traded to many different plantations. He really never knew his own age. When he was born he was seperated from his mom and his whole family. His father was white but he never saw him before, people told him that his father was a slave owner. While he was growing up on the plantation he saw people getting whipped for hours. When he was sold to Balitimore a lady there taught him how to read and write. Then when he got older he starting teaching other black people how to read and write. He was the only slave that would fight back to there slave owner. One time he was severly beat up because the slave owner heard that he wanted to escape. When he escaped to the north, he start talking to people of how it is was being a slave. Then he became a lecturer about slavery. He was the only one that wanted to learn how to read, and he was the only one that fought back at his slaveowners. I admire him for what he did. He was also the only slave that really wanted to escape from his plantation and head out to the north. After he escaped from slavery and headed out north, he told people how it was there on the plantation, and black people were being whipped and beaten for hours. All the people admired Fredrick Douglas for what he did. He really let people know how it was being a slave. ...

MBA Math Skills Every Business Student Needs

MBA Math Skills Every Business Student Needs While some math requirements will vary by program, there are several MBA math skills that every business student needs to succeed. These skills can be obtained (or brushed up on) online, as part of a GMAT prep program or in a math refresher course, such as the pre-MBA math boot camps offered by many business schools. Some of the most important MBA math skills involve basic number sense, algebra, calculus, statistics, and probability. Basic Number Sense Basic number sense may seem elementary, but it is important because it is the foundation for all of the business math you will do in an MBA program. You should be able to understand symbolic representation (i.e. the different ways numbers can be represented), how numbers relate to each other, and how numbers can be used in real-world situations. More specifically, you should be able to: Represent numbers as percents, fractions and decimalsPerform conversions on percents, fractions and decimalsSolve problems using percents, decimals, fractions and mixed numbersSimplify mathematical expressions using the appropriate order of operations Algebra for Business Reviewing all the algebra you learned in high school is a must. Algebra is used constantly in business math, particularly in economics, finance, and statistics courses. You can start your preparation by reviewing the definitions of key terms like variable, constant, exponent and operator. After that, you should practice simplifying algebraic expressions, evaluating algebraic expressions with multiple variables, and expanding algebraic expressions using the distributive property. Finally, take time to learn how to: Solve linear equationsSolve systems of linear equationsSolve quadratics by factoringSimplify and solve binomialsSimplify and solve polynomials Calculus for Business Most business school professors will help you understand the calculus you need to know as you go through the curriculum, but if you spend all your time learning the math while youre in a program, youll get a lot less out of most courses than you should. Its a good idea to master a few essential calculus skills prior to the start of your program. Here are specific concepts to know before you go: Function composition and graphingFunction operationsLimits of functionsSlopes and rates of changeDerivatives and differentiationMinimum and maximum valuesExponentials and logarithmsDefinite and indefinite integrals Statistics for Business Statistical analysis is a common task in many MBA courses.  It is important to understand key measures, such as measures of central tendency and measures of spread or dispersion, as well as key properties of populations and samples. Brushing up on the following statistics concepts will help you ace your coursework: Calculate mean, median, mode and rangeCalculate the standard deviationCalculate normal distributionIdentify shifts in the meanCalculate statistical significanceInterpret sampling distributionEstimate sample and population variance Probability for Business When it comes to MBA math, knowing how to calculate probabilities is helpful but not absolutely essential. However, it is important to know how to use numerical probabilities to interpret scenarios, clarify information in uncertain scenarios, and communicate the probability of certain events occurring. You should know how to define all of the following terms: Dependent eventIndependent eventSimple eventCompound eventComplementary eventMutually exclusive eventNon-mutually exclusive eventConditional probability Math for Finance Every MBA student  takes at least one finance class. If youre specializing in a finance-related track, youll take quite a few finance classes. The curriculum will be much easier to navigate if you are familiar with finance mathematics. Some of the specific topics youll want to study before heading off to business school include the time value of money, rates of return and interest formulas. You should be able to calculate: Present and future valuesRequired rate of returnSimple rate of returnModified rate of returnInternal rate of returnSimple interest and compound interest Math for Accounting Like finance classes, accounting classes are practically  inevitable in an MBA program. Youll spend a lot of time working with financial statements, which means you need to be comfortable with common financial ratios. Understanding these ratios will help you analyze trends and perform ratio analysis. You should learn how to calculate: Liquidity ratiosFinancial leverage ratiosProfitability ratiosAsset turnover ratiosDividend policy ratios

Farm Credit System Essay Example | Topics and Well Written Essays - 750 words

Farm Credit System - Essay Example To present day, this system has continually serve the farmers and also prolonged its dominancy source in terms of long term farm debt. Statistics indicate that this dominant force has grown continually from 20 percent of real estate farm debt to 40 percent from a presided long period of time thus from 1960- 2006 (Bitter and Gordon 45). It is important to have knowledge of its consumer base which includes farmers, various producers of aquatic products, ranchers, select rural communications and energy companies, agricultural cooperatives, rural homeowners including other eligible entities as a whole. History The farm credit system can basically be described as a nationwide network of various cooperative banks including other associations that are capable of providing credit to farmers. They are also capable of attending agricultural concerns including various related business. It was created in 1916 by the United States parliament and the federal government supported it by funding it. This ensured that the American agriculture had at least a dependable source of revenue or credit. At the moment, it is now independent and self funding since it is owned by member borrower. The farm credit system has undergone several rounds changes in its structure that has dated back since its inception in Roosevelt era of administration. Trough creation of federal land banks in an estimated area of about 12 regions in the United States, the federal farm loan act developed a credit delivery system to the large agricultural sector. A kind of a fund chain was developed where the land banks provided funds to the regional banks including associations. The regional banks were then supposed to support farmers by providing them with long term mortgage thus financing them in their various projects. The farm credit act of 1933 born during the great depression period was imposed to booster agricultural production. This was by simply funneling short term credits thus by the 12 production cre dit associations incorporated by 13 bank capable of supporting agricultural cooperatives (Bitter and Gordon 48). The emergency farm mortgage act was mobilized to refund the FLBs to stand as a help package for farmers who were facing foreclosures including debt complications. In 1987, every credit agency existing was transformed to a farm credit administration. Economic Impact The farm credit system provides loans for a variety of purposes. This includes funding agricultural processing including other market activities, farm related businesses, rural housing initiatives, rural utilities including both foreign and domestic companies that are involved in the agricultural trade. It also provides access to various critically required rural areas where national including regional banks control. It has also abandoned it intended mission as it consolidates into one of the largest headquartered scores. This is through distancing itself from farmers including the ranchers they are supposed to primarily serve. In fact, the traditional notion of a cooperative which is member ran for the purpose of benefiting members gives away to one administration. This is through hired managers intends on structuring GSE empires as long as FCS associations continues to grow (Zachman 32). This empire building has led to the abandonment of the intended mission by the farm credit system instead led to a different direction of focusing on large borrowers. This is at the expense of serving YBS farmers thus termed as the little guy of the American culture. The farm system associations now consolidate a huge association which is directly more to their marketing efforts. This is intended towards making bigger and more profitable loans on large scale