Debate Essay Example | Topics and Well Written Essays - 1000 words - 2

Debate - Essay Example Many of the women in this world are struggling because of poor financial abilities. In some fundamental societies, women forced to limit their activities within the boundaries of their home. The major reason for male domination in our society is the superior financial abilities of men over women. It should be noted that in many families men are working while the women are looking after the family matters. In such families, men do believe that they are working hard for the family and hence they need more recognition. They often neglect the hard labour undertaken by women in kitchen and in other family matters. Since the hard work in kitchen is often gone unnoticed, men do not have respect towards such hard labour. They never experienced the agony of managing a kitchen and looking after the needs of children. Men often label kitchen work as an unproductive works and their work as the productive work. In other words, men tend to believe that only the salaried profession is productive wh ereas unsalaried profession is non-productive. Because of such traditional beliefs, men often tend to neglect the hard work of women and try to dominate them. It should be noted that in India like countries, the government is considering a law to recognize and respect the hard works of women in kitchen and home. If passed by the parliament, husbands in India should provide a percentage of their financial earnings to their wives as a salary for the kitchen work. If the women have good jobs, such humiliating experiences may not occur to them. It is difficult for a woman to get an ideal or good husband. Even good husbands behave badly at times. In other words, it is difficult to have a 100% good husband. The concept of good husband is not at all absolute; but it is relative and subjective. Women often compare their husbands with other’s husbands while labelling their husband as good or bad. When a

MITOSISMEIOSIS Lab Report Example | Topics and Well Written Essays - 1000 words

MITOSISMEIOSIS - Lab Report Example This is followed by separation of daughter cells. Meiosis is the type of cell division by which germ cells (eggs and sperm) are produced. Meiosis was first observed by the Belgian cytologist Pierre-Joseph van Beneden in 1887. Meiosis involves a reduction in the amount of genetic material. It comprises two successive nuclear divisions with only one round of DNA replication. One parent cell, at the end of one meiotic division, produces four daughter cells. Daughter cells have half the number of chromosomes found in the original parent cell and with crossing over, are genetically different. Meiosis differs from mitosis primarily because there are two cell divisions in meiosis, resulting in cells with a haploid number of chromosomes. Cell division is especially rapid in the growing root tips of sprouting seeds. The chromosomes in dividing root tip cells can be demonstrated if, after sprouting seeds or bulbs,and harvesting the young root tips, and then fix, acid digest, stain, squash, and view them under a microscope. The root tip is the place of intense mitotic activity. This region is three dimensional and individual cells cannot be seen. It is therefore necessary to separate the cells out into a thin layer. Plant cells are glued together by the middle lamella of calcium pectate. Hydrochloric acid will dissolve this calcium pectate but leave the cellulose cell wall unaffected. In addition the acid kills and fixes the cell contents in position. Acetic orcein stains nuclei and not the cytoplasm. 1. The apical 5mm from the tip of a growing lateral root of a broad bean was carefully cut. 2. The root tip was placed in a watch glass containing acetic orcein stain and 1mol dm-3 hydrochloric acid in the approximate proportions 10 parts stain to 1 part acid. 3. Allowed to warm for five minutes by passing repeatedly through a low Bunsen flame. 4. The fixed root tip was placed on a microscope slide and two drops of acetic orcein were added. 5. The root tip was broken up without destroying the arrangement of the cells, and the root tip was spread out as thinly as possible. 6. A cover slip was placed over the root tip, and covered it with blotting paper and squashed gently by pushing down on the cover slip. 7. The slide was warmed gently to intensify the stain, by quickly passing through a low Bunsen burner flame a few times. 8. The slide was examined for identifying any stage of mitosis. Results Mitosis The four phases of mitosis- Prophase, Metaphase, Anaphase and Telophase- were observed under the microscope. The different phases were identified based on the unique chromatin organization features: 1. Interphase: Each chromosome undergoes replication, making an identical copy of itself. At this point, the chromosomes are still long and thin, and are not visible inside the nucleus. Cells spend most of their life in this non-reproductive phase. 2. Prophase: The chromosomes coil and shorten, and become visible. It becomes apparent that the chromosomes have duplicated. Pairs of identical chromosomes remain

Fermentation Lab Report Essay Example for Free

Fermentation Lab Report Essay Increased production of CO2 is a result of increased temperatures acceleration of the rate of fermentation. Abstract: We have tested the affects of increased temperature above room temperature on the rate of fermentation of yeast. We had 6 flasks filled with 6mL DI water, 2mL Yeast suspension and 6mL glucose of which 3 were at 25 °C and 3 were at 37 °C. The flasks at 37 °C had each mixture pre-heated at 37 °C for 2 minutes before being combined and then added to the flask where it was put into the bath heated to 37 °C. We then checked CO2 levels in each flask every 2 minutes for 20 minutes. We came out results that showed a marginal difference between the amounts of CO2 produced at different temperatures. The results showed that increased temperature causes an increase in fermentation rate and increased production of CO2. Introduction: Fermentation is the break down of organic matter, by microorganism, in the absence of oxygen also known as anaerobic (Van Neil, 2008). Our reactions occurs when yeasts is added to a solution of glucose and water. Fermentation starts with a process called glycolysis. In glycolysis Glucose is broken down into two molecules of pyruvate and a net yield of 2 NADH (electron carrier) and 2 ATP (adenosine triphosphate) molecules. The first step of glycolysis is the energy investment phase. In which 2 ATP’s are added to the Glucose molecule, which produces 2 ADP’s and Fructose 1, 6-biphosphate. This is followed by the energy payoff phase. In this phase NAD+ is reduced to NADH and ADP is reduced to ATP. The total number of ATP created is 4 and 2 NAHDH. After the energy payoff phase what is left is 2 pyruvates. Fermentation then takes place only in the absence of oxygen. In fermentation the pyruvate is converted into ethyl alcohol, through the oxidation of the 2 NADH molecules, which returns them to two NAD+’s (Freeman, 2011). Oxidation is the loss of an electron in this case H+. We used information from previous labs in which we tested yeasts ability to break down disaccharides, sugar in that case, at different temperatures and found that 37 °C was the optimal temperature for yeast to break down sugar, to formulate our hypothesis. Our sources we collected also indicated that different yeasts have different optimal operating temperatures, such as baker’s yeast, which requires higher temperature for yeast to ferment the proteins (Fell, 2008). Since we were using bakers yeast in our experiment we therefore came to the conclusion that increased temperature would increase yeasts ability to ferment glucose. Using this information and our sources we came up with the hypothesis that increasing the temperature of the solution would increase the rate of fermentation. We thought this was a reasonable hypothesis based upon earlier results from our other lab on temperatures affect on the yeasts ability to break down disaccharides. The predictions we came up with for the results of our tests were that the flasks at 37 °C would have a much more accelerated rate of CO2 production then that of the 25 °C Flasks. Materials and Methods: In the experiment we obtained 9 small beakers and 6 fermentation flasks. In the one beaker we added 18mL of Glucose. In the next we added 6ml of Yeast Suspension followed by another beaker with 18ml of distilled water. We then took those 3 beakers and placed them in the incubating bath set at 37ËšC for 5 minutes. After 5 minutes took the beakers out and added 6mL of distilled water, 2mL of yeast suspension and 6mL of Glucose into 3 separate beakers and mixed them together. We then immediately added them at the same time to separate fermentation flasks and measured their CO2 levels using a ruler. We then placed them in the incubating bath set for 37ËšC and set out timer for 2 minutes. We then prepared 3 beakers using 6mL of distilled water, 2mL yeast suspension and 6mL Glucose solution. Except that this time the yeast, water and glucose was a room temperature (25ËšC). We then proceeded to pour these mixtures into 3 separate fermentation flasks and measured their CO2 levels using a ruler. We then set a timer for 2 minutes. Each time the timer went off we would check the CO2 levels using a ruler. We continued to repeat this checking every 2 minutes for 20 minutes for each set of flasks. Results: My results indicated that increased temperature increased the rate of fermentation. In the CO2 Evolution graphs it is clear that as time increased as 2-4 minutes you can see a noticeable increase in the level of CO2 in the fermentation flask. As time increases that difference only increases and increases. Then when you look and the average alcohol fermentation graph it is clear that in total amount of CO2 produced in the flasks fermented in the 37ËšC incubating bath were much quicker in the process of fermentation, so therefore they produced much more CO2 then those at room temperature (25ËšC). Discussion: My Data supported my hypothesis. Each of my graphs data supported this finding. In the graph showing CO2 evolution the data showing 37ËšC had a steep positive slope, while the 25ËšC data showed an almost unnoticeable positive slope. This shows how over time the fermentation in the flasks at 37ËšC had a noticeable increase in its rate. The other graph shows the overall production of CO2 for each set of flasks. For the flasks at 25ËšC their average CO2 produced was .7mm, while the flasks at 37ËšC produced on average was 9.2mm. This increase rate and total production increase from that at 25ËšC and 37ËšC without a doubt supported my hypothesis. Also our minimization of errors landed itself to accurate results. We minimized any error by having the same person measure levels of CO2 and measure out substances such as yeast suspension. This increases my confidence that the results of our experiment not only support my hypothesis, but also supports that our bodies’ temperature (37ËšC) is the optimal temperature for cell respiration and not room temperature. Another follow-up experiment that could be used to give more detailed information about what happened is an experiment in which you run the same test, except include a 3rd condition in which the temperature is below room temperature such as 0ËšC. This could show the increase from freezing to room temperature and room temperature to 37ËšC. References: Cornelias B Van Niel, â€Å"Fermentation,† in AccessScience,  ©McGraw-Hill Companies, 2008. Web. Freeman, Scott. Biological Science. 4th ed. Boston: Benjamin Cummings, 2011. Print. Jack W. Fell, Herman J Phaff, Graeme M. Walker, â€Å"Yeast,† in AccessScience,  ©McGraw-Hill Companies, 2008. Web. Reddy. Effect of Fermentation Condition on Yeast Growth and Volatile Composition of Wine Produced from Mango Fruit Juice. Food Biproducts Processing: Transactions of the Institute of Chemical Engineers Part C 89.4 (2011): 487-91. EBSCO. Web. 2 Oct. 2012. Web.

Samsung Quality Issue Management

Samsung Quality Issue Management Harsh Yadav   REFLECTION SAMSUNG NOTE 7 (QUALITY ISSUE) Introduction Samsung is one of the leading technology giants around the globe encompassing numerous business sectors like electronics, construction, life insurance, etc. in its portfolio. With its headquarters in Seoul, Samsung Electronics, one the various affiliates of Samsung group has been able to retain highest market share (21% 23%) in smartphone business in the past couple years, beating its major competitor Apple by a huge margin of around 9% (International Data Corporation, 2016). On 19th August, 2016, Samsung released its latest smartphone model named Samsung Galaxy Note 7. Considering the success of its previous versions, Note 7 was supposed to be a major competition for its rival iPhone. Unfortunately, within 2 months of its release, Samsung had to discontinue its manufacturing in October 2016 due to some quality issues with its battery, as there were many cases reported where the battery suddenly caught fire. Impact It was a huge blow on Samsungs brand image as its latest smartphone release was facing major quality issues. This not only affected the companys reputation but also raised the fingers on its research and development department, which is known for its innovative designs. Moreover, this issue was putting the safety of the Note 7 customers at a huge risk. According to the United States Consumer Product Safety Commission, around 90 incidents of battery overheating were reported along with 55 incidents of property damage and 26 incidents of burns in the US, all due to Samsung Note 7 (Chen Sang-Hun, 2016). Samsungs next step For damage control, Samsung had to recall its 2.5 million released Note 7 handsets (Mozur Lee, 2016). In its official statement, Samsung requested the customers to get their devices replaced at nearest Samsung store for a safer Note 7 device. As it was the worst quarter of a year for Samsung in past few years, the replacement sets also started facing the same issues and the company had no other choice but to order for the second recall for all the available Note7 devices in the market, including the so called safer replacement devices. The company assigned two separate teams for investigating the root cause of the problem. Ultimately in October, 2016, Samsung officially discontinued producing Note 7 handsets, incurring a loss of around $17 billion in lost sales from its expected sales of around 19 million units (Carlon, 2016). Root Cause After this tremendous mishap, Samsung sent a report to KATS (Korean Agency for Technology and Standards) explaining the reasons for this quality control issue which was originally due to a defect in their Note 7 design (Hollister, 2016). In Lithium ion batteries used in smartphones, there is a thin plastic layer that separates the positive and negative poles which need to be insulated from each other in order to avoid short circuit causing overheating of the battery and eventually fire. The design of the phone was such that it was putting a lot of pressure on the battery which led the plastic layer to get punctured and hence the short circuit. This defect was revealed while revising the assembly process of the phone (Hollister, 2016), which had to be done for Quality Management purpose. This was the reason which didnt allow the companys corrective action of changing the Note 7s batteries and sending them as safer replacements, to succeed. Samsung refunded the customers and learned some lessons from this mistake and also made critical improvements in its quality control process. This had to be done to maintain customer relationship. One of the contributing factors for this quality failure was the time factor from triple constraints, as Samsung was in a rush to beat iPhone 7, which hampered the quality considerations in Note 7s design. This also forced the company to re-evaluate every process in its product development cycle (Kovach, 2016).Also, due to the time constraint only Samsung had to stop Note 7s production and concentrate on it next model, otherwise they could have found out the problem and correct it. References Carlon, K. (2016, October 11). Samsung permanently discontinues the Galaxy Note 7, $17 billion in sales lost. Retrieved February 19, 2017, from www.androidauthority.com: http://www.androidauthority.com/samsung-galaxy-note-7-permanently-discontinued-721283/ Chen, B. X., Sang-Hun, C. (2016, October 11). Why Samsung Abandoned Its Galaxy Note 7 Flagship Phone. Retrieved February 19, 2017, from New York Times: https://www.nytimes.com/2016/10/12/business/international/samsung-galaxy-note7-terminated.html?_r=0 Hollister, S. (2016, October 10). Heres why Samsung Note 7 phones are catching fire. Retrieved February 19, 2017, from CNET: https://www.cnet.com/news/why-is-samsung-galaxy-note-7-exploding-overheating/ International Data Corporation. (2016, November 26). Smartphone Vendor Market Share, 2016 Q3. Retrieved February 19, 2017, from IDC: http://www.idc.com/promo/smartphone-market-share/vendor Kovach, S. (2016, November 5). Samsungs culture needs to change if it wants to survive. Retrieved February 19, 2017, from BusinessInsider: http://www.businessinsider.com/samsung-reaction-to-note-7-recall-2016-11 Mozur, P., Lee, S.-H. (2016, September 2). Samsung to Recall 2.5 Million Galaxy Note 7s Over Battery Fires. Retrieved February 19, 2017, from The New York Times: https://www.nytimes.com/2016/09/03/business/samsung-galaxy-note-battery.html

The First Outbreak of the Illness :: Medicine Medical Influenza Essays

The First Outbreak of the Illness It was a quietly dull afternoon when they brought the first victim into the Emergency Room. He was a boyish 15 year-old, an adolescent sheep herder who appeared to be suffering from an unusually high fever accompanied by delirium. His uncle, the only relative to accompany the boy, said that his nephew was in good spirits until a few days prior when his health quickly deteriorated. [I was] a visiting doctor from Peru [and] the boy reminded me of home, where a majority of my childhood neighbors raised sheep upon the Altiplano. The hospital in which the boy was received was King Fahad Central Hospital in the town of Jazan, a small city in southwest Saudi Arabia near the Yemen border. It was early August 2000, and I was in Jazan as a participating physician in the first physician exchange program between the Saudi and Peruvian governments. My admission into this program was due to my youth, my specialization in pediatrics, and my familiarity with livestock culture. Though this are a of Saudi Arabia was similar to home in climate, it didn't help ... that the language of these indigenous people was so difficult to interpret. Thank Allah that I was surrounded by a sympathetic hospital staff. After administering fluids to relieve his dehydration, I had the boy x-rayed to see if I could find anything beyond the surface of his quickly-failing, physical condition. Upon review of the patient's cranial x-rays, it was found that there was swelling of the brain (encephalitis) along with kidney damage. Sadly, the boy was pronounced dead two days later, and with my inability to find a cure for him, the hospital was suddenly facing an exponential amount of patients suffering from the same condition. Desperate to find a clue, my fellow doctors and I spent whatever time available studying the cause for this mysterious illness. The most common factors between these patients were that all of them were herdsmen who happened to graze their sheep near a wadi (seasonal watercourse) a few miles north of Jazan. Instantly we assumed that this was a new, aggressive form of malaria with the vector being a mosquito. However, another colleague, Dr. Muhammad Almaradni, concluded another diag nosis--Rift Valley Fever. According to the World Health Organization, Rift Valley Fever (RVF) was isolated in 1930 during an

Free College Essays - Nature in The Rime of the Ancient Mariner :: Rime Ancient Mariner

The Rime of the Ancient Mariner – Nature "Look out Below!" - Craaack!   About 15 Men and women turn their glances toward the sky, and see a large, perhaps 100 feet, tree falling to the ground.   As the tree hits the solid earth, everything grows very quiet. All look at the lumberjack, who killed this tree, and find him weeping in sorrow. This situation is not uncommon when dealing with Nature.   Nature, as simple as it seems to some, generates great power.   This power is sent to us, as nature forgives only after a physical, emotional, and spiritual suffering. "The Rime of the Ancient Mariner" helps implement all these teachings together.   In current times, this power continues to teach us of forgiveness.   Ã‚  Ã‚   With physical suffering, the power of nature shows us forgiveness many ways.   In the story, the mariner betrays nature: "I shot the Albatross!" This action against nature is rather extreme, for he takes lightly to this thought of death.   The Albatross, as a representative of nature, means nothing to the Mariner.   These thoughts are quickly changed, though, as Nature begins to start the penance leading towards forgiveness - "Water, water, everywhere nor any drop to drink."   When "the mariner begins to find his salvation when he begins to look on the 'slimy things' as creatures of strange beauty" (Fraser 203),   he understands the Albatross was a symbol of nature and he realized what he had done wrong.   The mariner is forgiven after sufficient penance - "We could not speak" - is performed by Nature. Nature shows us more strength as we realize that people of today often can not forgive someone who has shot or killed another person.   Ã‚  Ã‚   At a spiritual level, Nature's power can decide if we will live, or be condemned.   Nature is capable of presenting "innermost suffering" (Coburn 33) upon people. The mariner's suffering included having his "soul in agony" soon afterwards. After attempts at prayer and realization of what he has done - "I looked to heaven and tried to pray", his penance to forgiveness begins spiritually. The mariner releases the weight of the crime greatly at the "moment he could pray".

College football vs Nfl Essay

Many compare the National Football League (NFL) with college football but the two are not extremely similar and should never be compared. Yes, besides a few minor rule changes the NFL and college football are the same game; but there is much more to football then the rules. College football is better than the NFL for a wide variety of reasons. First, there exists more passion in college football all around the sport. Passion cannot be measured in anyway but can be observed and understood by the fans, coaches, and sports community. Players care more about the game and less about money, while the fans have great passion for the university they attend or attended. The lack of an influence money has on the game is admirable. Also, tradition is so vast in college football a game day experience cannot be compared with those of the NFL. The special rivalry games and in stadium events makes college football great. Rivalries, passion, playing rules, and timing are few of the reasons why college football is better than the NFL. Along with great activities like tailgating, the wonderful scheduling, the entertainment, and the comeback friendly rules college football has the best case for why it is levels above the NFL. Passion is sought after in all sports, and is the most apparent in college athletics. Money determines everything in pro football and the large impact it has is just too obvious. The same cannot be said for college football. The great passion and emotion seen in players and coaches, and their loyalty to their team helps make college football a lovable game. The football team at a university represents the town, the state, and what the community stands for. College football players are said to be passionate, play hard, hard workers, and fearless. NFL players are most known for complaining and not wanting to be hit hard. There is passion in every play and intensity like no other in college football. It is just a drag watching the NFL because most of the time there is no passion, it’s just guys playing for that next paycheck (Fisher). The fact that the student athletes play for opportunity and the love of the game is invigorating to all sport fans. College football has been said to be more pure of a game. This means they play for the chance to make the league, and are about the game. Another reason passion is more reflected in college football is the lack of salary related hold outs. This refers to the many major star athletes who have large contract disputes and skip on camp and all team activities until they are paid more money. Players risk team success for selfish personal reasons. Prime examples of a player negatively affecting a team with a hold out are Albert Haynesworth, Terrell Owens, Michael Crabtree, Maurice Jones-Drew, Chris Johnson, and many more. These players put personal motives over team goals; it is inferred that the star athletes prefer money over team success. There has never been one single hold out in college football. Historically players in contract years have shown just a little more effort to ensure they make a few extra dollars when their pay days come around (Eliesen). Stats go up and so does the amount of work put in. This shows that players give more effort when money is on the line. The impact money has on the NFL makes college football that much better. Another issue with the money influence of the NFL is players will switch teams for more money, wins, or a bigger market. Not just some players, all players. In college you can transfer for academic or personal reasons but there are consequences. In 2010-11, 6. 4 percent of Division I student-athletes transferred from one four-year school to another four-year school. Included in that figure are 969 football student-athletes. All of those student-athletes were required to sit out a year of competition (NCAA). In the NFL it is expected that a player would turn their back on their team and city for more money or a better personal opportunity. In college it is discouraged, frowned upon, and penalized against. The players passion for the game, loyalty to their teams, and absents of holdouts and other money related issues are the start of a long list of reasons why college football is better than the NFL. The passion shows the college players are about the game, not the money. The tradition of college football is unlike that of any sport. The significance of it is immeasurable. To start college football has outstanding rivalry games. They are better than the NFL rivalry games simply because they have existed longer, are closer games, in a larger variety, and the fans and schools hate each other more. Classic examples include Army versus Navy, the iron bowl, Ohio State versus Michigan, USC versus Notre Dame, Miami versus FSU, The red river rivalry, the civil war, the dual in the dessert, the world’s largest cocktail party, LSU versus Alabama, and several others. Compare that with Dallas against Washington; the best rivalry in the NFL. Not a comparison. Every team in college football has a rival. Iowa State has Kansas State. Indiana has Illinois. Baylor has Texas Tech. Cincinnati has Louisville. It’s not what you think of when you think Auburn/Alabama, Ohio State/Michigan and Texas/Oklahoma, but even the lesser-known powers have rivals that riles up the fan bases. The NFL? I challenge you to name the Carolina Panthers’ top rival (Wilson). The atmosphere surrounding the towns and the great rivalry games out perform the NFL’s weak rivalry match ups. Next, fans have more to route for in college. The fact that the students and alumni get to support the place they graduated from cannot be matched. For NFL fans most of them root for the city’s team you were born in. For college football fans the team you cheer for could be across the nation because you had a family member go there or your family has always cheered for them. For college football fans it doesn’t matter what city you live in (Fisher). Good examples of great tradition are Oregon’s uniforms, dotting the I in Ohio, Chief Osceola, war eagle, Howards rock, the dog UGA, and the play like a champion today sign in South Bend. Literally, 100 more traditions could be named. Traditions such as those just don’t exist in the NFL. There isn’t the same level of tradition in the pro game (Killoren). Stadiums, fight songs, bands, and the college campus on game day, pep rallies, are all things that are just not seen in professional football. The tradition in college football is evident and changes the game completely. Most importantly the strong and vast group of rivalry games in college makes the NFL division games appear as friendly competition. A main reason why college football is better than the NFL is because in college the timing in all around better. By the timing, I mean the rules that influence the time and the scheduling. College football starts a week earlier which means over 120 division one college games have been played before the NFL starts. College football has more games in general and starts off football season right. Next, is Saturdays are better for watching and playing football than Sundays. Nobody wants to go to work the day after a crazy game. People need Sunday to relax after a crazy tailgating and game experience. To me, there’s nothing better than going to bed on Friday night knowing that you have nothing to do on Saturday except watch college football. Even if you find a few hours to watch your favorite NFL team, you still have it hanging over your head that it’s back to work in the morning. That feeling always tends to take the wind out of my sails (FanNation). Who wants to be out late on a Sunday night at a prime time game? How about Saturday? There is a big difference between the two. During bowl season we get to see 35 prestigious match ups of team with winning records in solid football games over a 23 day period. Right over the holidays when everyone has school and work off there is football on every day. This is set up nicely for viewers. Seniors get a last chance to represent themselves and their school in the bowl game that they have worked so hard to earn. Lastly, college has comeback friendly rules that the NFL do not have. Stopping of the clock on a first down, one foot in bounds for a catch, chains must be set before clock starts, and clock stopping all game when you get out of bounds keep college games entertaining and help you see more action. According to a Wall Street Journal study of four games from week 16, the average NFL game features just 10 minutes 43 seconds of action (Chase). The comebacks that have determined champions and the outcome of high profile games are because of the comeback friendly rule book of college football. College football is more entertaining than the NFL for many reasons but bowl season, the comeback friendly rules, Saturdays over Sundays, and the extra week of football are just some vital examples. The pregame activities, tailgating, the more logical football rules such as overtime standards, and ESPNs outstanding coverage give college an extra edge on professional football. College game day travels to the biggest game of the week and perform a 3 hour special on campus live in front of an audience with different guest stars, storylines, and gimmicks each week. Hands down NFL Countdown can’t compete with College Gameday (Fisher). Also, college goal line which updates all the score nationwide is very popular around the country. In college football the sport is played the right way. If a player hits the ground he is down, in the NFL he can get back up and run if not touched. This leads to many missed calls and slows down play. The overtime rules are better in college because you can’t tie. Yes, in the NFL there is the terrible possibility of a tie. Also, each time gets a chance and the better team is awarded the victory. In the NFL it’s more about the coin flip than the play. Parties on campus, pep rallies, and fun halftime events like the famous Dr. Pepper challenge are great add ons to college football. The college life sparks parties and pep rallies. Some schools even cancel classes the day before a big game. Students camp out to get tickets and great scenes like that are noticed all around the country. The weekend gives students a break. What more would students want to do than party and route on their schools football team. Lastly, tailgating is bigger in college football. Fans have all of the next day to relax so they enjoy their tailgating. Only 30 percent of the tailgaters actually make it inside the stadium. People do not tailgate a week before for an NFL game. College students start tailgating that Sunday or Monday after that last game they just went too (Fisher). College fans take tailgating very serious and make a 3 hour game into a week event in which they can relax, watch football, eat good food, and reunite with friends and family. The activities around college football separate it from the old boring games on Sunday. College football has passion, traditions, entertainment, and an incredible environment that the NFL lacks. These reasons were choose from a list of 200 reasons college football is better. Upsets, unpredictability, cheer leaders, the Heisman, coaching dynasties, the spread offense, uniforms, new programs, and other reason were not even discussed because college football has such a huge variety of great attributes. This makes college football more appealing to the fans and viewers. Understand that all these reasons build on the case of why college football beats the NFL. Yes, the players are less talented when they are younger. It should have been made clear that the game is about more than this though. The college players do not only care about money. Love of the game, the tradition, the entertainment, and the rules are a few of the prominent reasons college football is better. However, Most of these reasons cannot be based of scientific facts or stats. The reasons listed are based on what is the best game to watch and support. A personal opinion and judgment is what makes this argument worth demonstrating. It cannot be proven through facts and data but there are numerous reasons that help show the point that is trying to be made. All the evidence is there and all that is left to do is choose what reasons makes college football better than the NFL. There are many to choose from.