Definition-zipemup1

What is Financial Literacy

Schools are failing our students by neglecting to include an essential life skill like financial literacy in the normal curriculum. Financial education in simple form can defined as the confident grasp of topics such as saving, investing, and debt that translates to a sense of overall financial well-being and self-trust. It seems like a disservice to our children to avoid teaching such a vital life skill.

Financial literacy is crucial to our society because it provides us with the information and skills we need to successfully manage our money. Without it, our financial choices and actions, whether taken or not, lack a firm foundation for success. It was found that nearly 70% of millennials are living paycheck to paycheck, which is more than any other generation. For many Americans, living paycheck to paycheck is an uncomfortable financial reality. Many Americans are dealing with this problem for a variety of reasons, the first of which is that they do not manage their spending. They continue to spend money without knowing where it is going. This may be highly damaging to their finances since expenditures accumulate and by the time they realize it, it is too late and they are in debt. Another issue is that many Americans do not make a budget. Budgeting how much you spend in relation to how much you earn will be very useful in the long term. Finally, and maybe most importantly, address your debt. It was revealed that 77 percent of all households had some form of debt. The more your debt, the more likely you are to live paycheck to paycheck. The easiest way to approach it is to start small and work your way up. Overall, the major reason people live paycheck to paycheck is a lack of financial education. If this could be included into our curriculum, many more folks would be able to escape such significant, long-term, and chronic poverty.

A prime and more recent example of Americas financial issues came during the pandemic. When millions of citizens in the United States and throughout the world went into lockdown, it was unavoidable that the economy would suffer. As important as these efforts were in bringing the coronavirus pandemic under control, there was a downside: large swathes of the economy came to a standstill. Because this epidemic is worldwide, the ramifications have also been felt globally. The epidemic revealed the country’s lack of financial education. Covid was an unlucky but necessary lesson for the county. It taught the country the value of having emergency savings. Many financial gurus recommend that each household keep at least three to six months of cash on hand in case of an emergency. Many people are only one automobile accident or one medical emergency away from going into debt. The only reason some Americans were able to keep afloat was because of government help in the form of stimulas payments. Many people would have gone bankrupt if they hadn’t received such help.

The absence of personal financial education in our country has been disastrous. As a society, we’ve watched millions of Americans struggle with their money on a daily basis due to a general lack of financial preparation, only to end up deep in debt. Every day, millions of Americans struggle with their finances. Many Americans are discovering that they are unable to buy houses, save for retirement, or save for their children’s college funds due to student loan debt, huge vehicle payments, and a lack of financial preparation. People are deeply in debt and hopeless. Many of the financial issues that Americans are today might have been averted if financial literacy had been taught in schools. As a result, we believe that more schools should include financial literacy classes as part of their graduation requirements.

Although the benefits of financial education to American people are evident, it is still not being taught in our schools. It has gotten to the point where it appears like the American system was designed to keep us ignorant of the necessity of financial literacy. Our parents are the only ones who have the financial expertise that we require in our daily lives. Parents who are already facing their own financial hardships. It’s like a never-ending loop of financial illiteracy that continues to infect the next generation. Financial education is necessary in our daily lives, and some would argue that it is crucial to our existence. Students are instead preoccupied with the Pythagorean theorem, which I am sure is more important in our daily lives. Millions of Americans continue to struggle financially, yet the issue is being ignored. Financial literacy has other advantages, such as helping a person to be more flexible, decrease stress, and enhance relationships.Personal finance is as much about psychology as it is about statistics. A solid knowledge of financial literacy will enable you to make better financial decisions, which will ideally enhance your day-to-day life. Living over our means may lead to bankruptcy, divorce, and a great deal of worry. Furthermore, the burden of student loan debt might keep first-time homeowners out of the market, dragging the economy down. Meanwhile, living with low debt and a savings cushion might provide you the comfort and peace of mind that comes with being financially free.As a result, financial literacy is more than simply learning how to manage money in order to purchase more things; it is also about learning how to manage money in order to enhance many various parts of one’s life. As you can see, financial literacy is essential for people of all ages. And starting to teach these principles to youngsters can help them form long-term behaviors.

Overall, we can see how financial education may help each individual student with no question. By bringing this issue into the classroom, we can not only assist the economy, but also each individual student. Long term, the financial knowledge offered to children will benefit them in the future and keep them from making costly mistakes.It will also assist future generations of children, who will learn from their financially educated parents.

References

Fernando, Jason. “What Is Financial Literacy?” Investopedia, Investopedia, 7 Dec. 2021, https://www.investopedia.com/terms/f/financial-literacy.asp.

Hoffower, Hillary. “60% Of Millennials Earning over $100,000 Say They’re Living Paycheck to Paycheck.” Business Insider, Business Insider, 16 Sept. 2021, https://www.businessinsider.com/high-earning-henry-millennials-six-figure-salaries-feel-broke-2021-6.

“How to Manage Your Money & Be Financially Successful.” Annuity.orghttps://www.annuity.org/financial-literacy/.

JeffCoxCNBCcom. “Household Debt Jumps by the Most in 14 Years to Nearly $15 Trillion in the Second Quarter.” CNBC, CNBC, 3 Aug. 2021, https://www.cnbc.com/2021/08/03/household-debt-jumps-by-the-most-in-14-years-to-nearly-15-trillion-in-the-second-quarter.html.

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Definition Rewrite – ImASpookyGhost

Thesis to be proved or disproved – Solar panels are not the most effective or safest method of producing energy for the human race.

Term essential for proving this thesis – Solar cells, Solar power, Energy capacity factor, Solar Farms

How light turns into energy

It seems counterintuitive that solar power is not the cleanest form of energy. The advertisement for solar power being “green” tricks the consumer into thinking that it’s a no-brainer for the human race to invest in a full transition into solar. This is not the case, for the production of solar panels’ solar cells is harmful to the environment. The process emits greenhouse gasses, and they aren’t nearly as effective when it comes to the energy capacity factor of other cleaner energy production sources. On top of this, the cost and space efficiency of solar farms makes it extremely cumbersome for companies to invest in large solar farms. When the price per watt of the solar panel is scaled up to be comparable to other power sources, the price gap grows exponentially with most of the other energy production.

Everything solar starts with the solar cell. A representative from the Office of Solar Energy Technologies goes over the basics of a solar cell in their article “Solar Photovoltaic Cell Basics.” The solar cell does 1 of three things when it comes into contact with light. It will reflect, absorb, or pass through the cell. Since the cell is composed of semiconductor material, when any of these three scenarios occurs, the light’s energy will transfer to the electrons flowing through the semi-conductor material resulting in an electrical current. This current is then caught by the conductive metals on the solar panel’s grid that then make their way to the electrical grid the solar panel is hooked onto. According to Sara Gambon in “Will Solar Panels Work During A Power Outage,” the solar panels are connected to the main grid the power from the panels will not be utilized during a power outage. The most common solar cell semiconductor is silicon derived from quartz. According to the representative silicon “represents approximately 95% of the [solar cell] modules sold today” and has an environmentally harmful process to produce.

The process of producing solar panels releases harmful toxins into the environment. The production of a solar panel starts at the solar cell. They begin the resource required to actually produce a solar cell is quartz, which is dangerous to the workers who have extracted from the earth. Dustin Mulvaney claims that Silicon gas emitted from unrefined crystals can “put the miners, [and others who interact with it] at risk of the lung disease silicosis”. Along with the silicosis, mining, in general, has never been a risk-free process even with machinery. Next comes the refinement of quartz crystals into metallurgical-grade silicon which requires casting them into a large furnace which Mulvaney says “takes a lot of energy” in the form of thermal power to keep running. These furnaces release carbon dioxide and sulfur dioxide into the atmosphere while operating. Mulvaney continues to explain how the next step in refinement creates polysilicon but releases silicon tetrachloride. Silicon tetrachloride or SiCl4 is a very toxic compound that will release hydrochloric acid and emit harmful fumes if it comes into contact with water. Many companies simply throw away this toxic compound, which contacts water commonly. The polysilicon from this process is then manufactured into a solar cell, before being placed in the panel

Another factor in Solar is the amount of space they take up. Solar panels are big, and there have to be a ton of them to be efficient. According to Mikayla Rumph in “How Much Power is 1 Gigawatt,” it would take 3,125,000 photovoltaic (traditional solar farm) solar panels to produce 1 gigawatt. Given that one of these panels is 78 inches by 39 inches, the size a solar farm has to be to produce the amount of power of a nuclear plant (1 gigawatt) is 1388.88 acres. In comparison, a nuclear plant takes up 50 acres. Solar power takes up 30 times as much space as the second largest (in terms of space taken up) conventional source of power. On top of the amount of space this takes up, transporting 3.1 million solar panels is no walk in the park.

The sun isn’t shining all day, so solar panels only work at their max capacity when the sun is at the highest point in the sky. That is 24.9% of the time in a year. In order for these plants to work at that capacity, they need a large backup power source to stay online, and such storage isn’t currently available on the grid. Solar farms turn to pair with reliable baseload power like coal with a capacity factor of 40.2%, gas with 56.6%, or nuclear with 92.5%, to stay afloat when the sun is not shining. Energy capacity is an important factor when it comes to efficiency. According to Mike Mueller in “Nuclear Power is the Most Reliable Energy Source and It’s Not Even Close,” solar requires three and a half solar farms equal in price to one nuclear plant to match that said nuclear plant’s energy capacity. There is no place on earth that a solar panel would work at a higher capacity than any other energy producer, and every other energy producer can be built on almost any land. To make up for this more solar panels have to be produced.   

Price per watt is the amount of money it takes to produce 1 watt of energy. Solar’s price per watt can vary from $0.70 and $2.20. Like other products buying in bulk costs less. If a company wanted to create a 1-gigawatt solar farm and they were buying at $0.70 per watt it would cost 700 million dollars. However, if they bought at $2.20 per watt it would cost 2.2 billion dollars. The price varies significantly depending on. This price doesn’t factor in the price of the 1.3 thousand acres or the price to install each and every panel. For comparison nuclear cost 25 cents per 1000 watts or 0.025 per watt. Solar always comes out as more expensive. The extreme number of panels required for large-scale production is the largest drawback.

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Definition – ImASpookyGhost

Thesis to be proved or disproved – For the greatest chance at success coaches must determine the type of muscle fibers an 800-meter runner has prior to calculating the balance between aerobic and anaerobic training.

Term essential for proving this thesis – avoiding overtraining and extra practice

In the summer training season of my senior year of high school, I wanted to do absolutely everything extra that I could to give myself an advantage over the competition in the upcoming track season. Among other things I would go for a second run that was slower and shorter than my first the shakeout my legs. I did this for approximately two months before official practices started, and when it did start, I told my coach about what I had been doing for training over the summer. To my surprise he told me that those extra 2 mile runs I did everyday most likely have little to no effect on my fitness. It turns out my body didn’t actual start to work it aerobic system until 4-5 miles into a run so anything short of that did nothing for me. To define practice, it is repeating something to result in some improvement or increase in efficiency. Since these runs made no difference in my fitness, they weren’t even considered practicing running by definition, it was just running. My coach then advised me to not do these extra runs unless my weekly mileage demanded more then I could handle in a single run. This was to avoid dips in my performance from overtraining.

In the bigger picture, middle distance athletes are supposed to train based off the kind of fibers are most present within their muscles. If an athlete finds themselves on the slower end when it comes to speed then they will train their slow twitch fibers into intermediate, likewise speed-based athletes train their fast twitch into intermediate. Under the previously assumed definition of practice, it is completely pointless for a slower athlete to train their max speed by doing a speed strengthening workout because it wouldn’t help strengthen their slow twitch fibers. So why do these athletes still do these workouts? Taking a deeper look into running, it is not all about staying at a certain speed for a certain time. Many factors such as form, mentality, coordination, and flexibility all contribute to the art of running. Distance strong athletes training at their top speed may not help their aerobic fitness at all, but their sprinting form and flexibility will improve. Similarly, when a sprinter engages in a longer distance run, they aren’t helping their speed whatsoever, but their aerobic system and mentality are improving. These are all considered practice by definition because what they are training is improving despite it not helping their priority event whether that be distance or sprints.

However, if a sprinter decides to run at a pace that’s fast but not quite fast enough to fully engage their fast twitch fibers it won’t have an effect on their anaerobic system. The same goes for the distance not being quite long enough to engage the aerobic system.  These shorter slower “sprints” will have no affect on their goal of getting faster, so at this point its just running; no practice involved. The same goes for a distance runner running half the distance at a slower pace then usual. This run will not engage the aerobic system at all therefore no improvement will result from doing the run. The only reason anybody would decide to do more running is if they are overworking or chasing pain in the hopes to get better. These actions are where it stops fitting the definition of practice and fits more towards the definition of Overtraining Syndrome. Overtraining Syndrome, as stated by Alice Palmer in “Overtraining: Spot the Signs” is a persistent, unexplained dip in performance that continues even after sufficient rest. These extra activities that athletes think will push them ahead of their competition is closer to discontinuance than it is to practicing. It’s more beneficial for athletes to not practice at all then it is to engage in extra running related activity. In fact, the best treatment for overtraining is to take a step back in your original training plan and put more focus on recovering the overworked muscles.

Overtraining usual occurs when an athlete feels so dedicated to their goal or cause that they want to do more than what is assigned to them. They often take things into their own hands and do dangerous amounts of extra training. According to Marci Goolsby in her article “What is overtraining,” chasing pain or overreaching is when the muscle soreness goes above and beyond what you typically endure as result of when you don’t take enough rest between training sessions. When you ignore the signs of overreaching and begin chasing more pain because you believe it will make you a better athlete it becomes a case of overtraining. Then the resulting weakness and dip in performance makes the athlete work want to even harder through the pain in an attempt to get better. This results in serious injury and can take anywhere from weeks to months of time to recover, which given the athlete in this situation wants to work harder, can be very mentally challenging. A complete halt of practice can throw a dedicated athlete down a rabbit hole of mental distress which is why overtraining is just as mentally dangerous as it is physically dangerous.

After being told the extra runs I was doing weren’t benefiting me at all I looked at my training plan with an entirely new perspective, as it had already been made to work me to my fullest despite my brain telling me to do more. I should have been doing more recovery instead of more miles.  Part of practicing anything is taking a break and letting yourself recovery from what it is that you are practicing. For middle distance athletes, since they are by far the most worked and diverse athletes when it comes to training plans, they have to immediately let their coach know if they feel overworked or are having any sort of unnatural pain. Failure to do so can result in months lost of training and competition. Furthermore, if you feel like you can or should be doing more let your coach know and they’ll give you safe options on what else you can be doing.

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Safer Saws Task

Exultant Inventor
Twelve years ago an avid home woodworker invented an ingenious device that stops a table saw blade within 4/1000ths of a second of contact with human flesh. The technology could prevent thousands of amputations every year in the United States and probably 10 times as many serious but less permanent injuries. Steve Gass has offered to license his technology to every major US table saw manufacturer, but all have declined.

Reluctant Manufacturer
Reluctantly, he claims, Gass has become a table saw manufacturer, so his SawStop technology is available in the marketplace. To date, none of his thousands of customers has suffered an amputation or serious injury from blade contact.

Determined Regulators
Consumer product safety advocates are urging the US government to enact mandatory safety modifications to table saws, arguing in part that the technology is currently available, that it is “breakthrough technology,” and that it is similar to seat belts or air bags in its effectiveness at eliminating serious bodily harm.

Delighted Customers
Owners of commercial woodworking shops who have embraced the technology are more than willing to pay a premium for saws that reduce injuries for many reasons. Injuries are negative in themselves; they cause downtime; they cause increases in worker compensation insurance premiums; they harm the shop’s reputation; they force shops to rehire and retrain replacement workers.

Resistant Free-Marketers
Self-employed craftsmen are more likely to consider any attempt to regulate saw safety as needless government intervention, and saw manufacturers object that the increased cost to produce safer saws, plus the royalty they’ll have to pay to Steve Gass, will double the cost of cheap hobbyist saws that sell in the $100-200 range.

Outraged Plaintiffs

Meanwhile, a miter saw user recently won a large settlement from sawmaker Bosch by arguing that the manufacturer had failed to employ available safety technology that would have prevented his injury. Whatever the merits of his case, sawmakers now fear this first case will multiply out of control. They hope alternatives like better and more acceptable (less likely to be disabled or discarded by users) safety guards will satisfy the Consumer Product Safety Commission’s warnings that regulation is being considered.

Conscientious Students

You’ll find links to a wide range of materials in the sidebar to guide your study of this topic, but of course I encourage you to follow links and searches to your own fresh sources as well. Share those you find by publishing new links within your posts, or send them on to me for inclusion in the sidebar.

Task: Safer Saws

Follow links to source material from all the different constituents who make claims about SawStop, its inventor, the technology, its safety, recommended regulations, or its cost, etc.

Find the sources in the right-hand sidebar: 

SaferSawsSources

Identify and analyze one claim from each of the eight constituents of this argument. Please remember, claims can be tiny bits of text. An entire paragraph probably contains dozens of claims. If you must quote a paragraph to provide context for the claim you’re analyzing, restrict your evaluation to just one claim within the paragraph.

  1. Quote the constituent
  2. Paraphrase or explain what claim is made if necessary, or simply repeat the quote if not.
  3. Identify what type of claim is being made.
  4. In a few sentences, evaluate the accuracy, quality, reasonableness, and persuasiveness of the claim, and any support that is offered for the claim.
  5. You may also choose to refute the claim, again in a few sentences, if you disagree with it.

The constituents:

  1. Manufacturers (Steve Gass, Bosch, others)
  2. Customers
  3. Industry Spokespeople
  4. Consumer Safety Advocates
  5. Injured Plaintiffs
  6. Personal Injury Lawyers
  7. Government Officials
  8. News Reporters

There are probably other constituents I haven’t listed. If you find one or several, you may substitute it or them for one of these 8.

Grade Details

  • DUE TUE OCT 26 (11:59pm MON OCT 25) before class.
  • Post in two categories: Safer Saws FA21 and your Username.
  • Customary late penalties. (0-24 hours 10%) (24-48 hours 20%) (48+ hours, 0 grade)
  • Non-Portfolio category (20%)

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Safer Saws Model—hazelnutlatte

Safer Saws Task- HazelnutLatte

Posted on March 5, 2019 by hazelnutlatte123

1.Manufacturers: “less than a thousandth of a second.” The manufacturer is explaining how long the machine will take to stop when it comes in contact with the conductivity of human flesh. This is a quantitative claim because it is based on facts and measurements. By making this claim, the consumer understands just how quickly the machine actually works, and will be more likely to invest in the invention.

2. News Reporters: “We bet you’ve never seen this before.” This claim is made to imply that this technology is new and never before featured anywhere. This is an evaluative claim because it makes a claim of judgement of a situation. This particular claim makes the judgement that nobody has ever seen something like this saw before.

3. Industry Spokespeople: “Salty wet finger.” This implies that the human flesh is sweaty and this helps towards the machine doing its job. This is an evaluative claim because it describes how the finger feels and what the machine looks for when it comes in contact with the conductivity of human flesh. This claim implies that the only people to come in contact with the machine are those who have been working and sweating for most of the day, which we would assume, is a factory worker or anyone in industrial work.

4. Consumer safety advocates: “saves a finger, but mangles the machine.” This phrase describes how the machine will shut down when it comes into close proximity of human flesh, and will completely break when doing so. This is a causal claim because it describes how the cause of the machine breaking, is the fact that it is designed to save a finger. The consumer safety advocates are pleased with the results of less injury, but make the claim that it will completely break the machine when it does.

5. Industry Spokespeople: “Energy has to go somewhere when it stops.” The spokesman makes the suggestion that the energy from the machine cannot just disappear, so it must be transferred somewhere else. This is a Proposal claim because it uses words like “has to” when explaining what the machine must do in order to work properly.

6. Steve Gass : “I don’t like doing it.” When Steve Gass says this he implies that he is a little nervous with how his machine might work. This is an evaluative claim because it implies that the machine’s characteristics may not be fully tested and could not work. This shows that he is nervous to try out the product, but is going to because he wants to show his consumers that the machine does work.

7. Manufacturers: “hope you aren’t one of the unlucky 10.” This claim suggests that the amount of people who get hurt in table saw accidents is around 10 people. This is a numerical claim because it gives a statistic and measurement when it comes to this particular situation.

8. News reporters: “This is a man who has faith in his creation.” This claim makes it known that the creators of the machine believe in their product and its quality. This is an evaluative claim because it evaluates the reliability in the creators and the product itself.

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Why We Blog

Before You Post to Safer Saws

We blog to learn from one another. This course is conducted “in public” as it were to benefit every student with the opportunity to view, analyze, appreciate, learn from, even emulate the work of classmates.

Learn from hazelnutlatte!

I’ve given the Safer Saws assignment before, and I’ve seen dozens of responses to it.

Some try very hard to replicate the model I provided in the assignment. I respect and appreciate those, but I don’t really admire them.

Some ignore the instructions entirely and quote entire paragraphs instead of recognizing that virtually every phrase is comprised of claims, several claims. I truly don’t admire those.

Hazelnutlatte’s approach to the assignment is both responsive and unique. That’s so rare. The claims quotes are very brief, as they should be. The evaluations are perceptive, analytical, critical, a little sarcastic. (You don’t have to be sarcastic, but if it suits your writing persona, go for it!).

I won’t say more here now, but if you’re having any trouble figuring out what I really want from this assignment, follow this link before you post.

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Definition Rewrite – comatosefox

Reading Lacrosse’s Terms and Conditions

“The Creator’s Game,” natively known as Baggataway or stickball, is now known as lacrosse. Originally designed by the natives across North America it was slowly adapted throughout the centuries leading to the lacrosse we know today. “From the seventeenth century, when the game was played exclusively by Native Americans, to the early decades of the twentieth century… While the game was first developed by Native Americans well before contact with Europeans, lacrosse became standardized by a group of Canadians led by George Beers in 1867, and has continued to develop into the twenty-first century,” Jeff Carey states in his thesis New directions of play: Native american origins of modern lacrosse. 

Lacrosse in basic terms is a team sport, the objective is to get the ball into the opponents goal using a stick with a triangular net piece known as a crosse. Each team has ten to twelve players on the field at a time, depending on men’s or women’s lacrosse. Regardless of gender both men’s and women’s have a defense, mid field, attack and a goalie on field at all times.

Women’s and men’s lacrosse have one leading difference that shapes how each game is played, contact. Similar to popular sports like football, men’s lacrosse can be more physical with their opponents than in women’s. While men’s lacrosse is able to hit and body check with some restrictions, women’s lacrosse highly restricts physical contact between players. Women are allowed to have minimal contact while defending and chasing the ball, there are rules against getting too close to the face and body. Despite these differences the game’s objective and tactics remain fairly similar, yet men’s lacrosse is more mainstream than women’s, which generates the idea that it is the superior twin.  

The most popular sports today have some form of contact, football and hockey being at the top while sports like soccer, basketball and baseball lean towards the bottom. Despite this, lacrosse is still a very popular sport that is streamed for the public, yet men’s is regarded higher and viewed more. Women’s sports in general suffer from mainstream media not displaying or advertising enough to encourage viewers.

One of the reasons men’s lacrosse does better is due to “the level of contact and physicality determines the amount of fans that come… the more contact there is, the more spectators we will draw to our games,” as opinionated by Ithaca’s former attackman Connor Hulme in Cal Dymowski’s Lacrosse has different rules for men and women. Men’s lacrosse is perceived better due to the lack of regulation that allows for the game to flow better than women’s.

In Jane Claydon’s Origin & History, a girl writing for the student magazine at St. Leonards School, in St Andrews, Scotland reported that “after our crosses having undergone a severe inspection i.e. our referee holding them up one by one and squinting with one eye to see if that which ought to be plane surface was not a curved one.” Even before the game starts, the equipment worn by the players are inspected to prevent any harm or cheating from occurring. Girl’s have to go through an inspection process before they are even allowed to play, while men are allowed to start once both teams are ready. While this may indicate that the rules in women’s lacrosse should be revised in order to allow for better flowing gameplay, it can show how much harder the girls have to work compared to men. Women have to jump more hurdles in order to play, it in turn forces the players to come up with more creative plays in order to score.

References

Carey, J. (2012). New directions of play: Native American origins of modern lacrosse (Order No. 1518272). Available from ProQuest Dissertations & Theses Global. (1039261901). Retrieved from http://ezproxy.rowan.edu/login?qurl=https%3A%2F%2Fwww.proquest.com%2Fdissertations-theses%2Fnew-directions-play-native-american-origins%2Fdocview%2F1039261901%2Fse-2%3Faccountid%3D13605

Dymowski, C. (2016, April 20). Lacrosse has different rules for men and women. The Ithacan. https://theithacan.org/sports/lacrosse-has-different-rules-for-men-and-women/

Claydon, J. (Ed.). (2021). Origin of Men’s Lacrosse. World Lacrosse. https://worldlacrosse.sport/about-world-lacrosse/origin-history/

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Definition – comatosefox

Reading Lacrosse’s Terms and Conditions

“The Creator’s Game,” natively known as Baggataway or stickball, is now known as lacrosse. Originally designed by the natives across North America it was slowly adapted throughout the centuries leading to the lacrosse we know today. “From the seventeenth century, when the game was played exclusively by Native Americans, to the early decades of the twentieth century… While the game was first developed by Native Americans well before contact with Europeans, lacrosse became standardized by a group of Canadians led by George Beers in 1867, and has continued to develop into the twenty-first century,” Jeff Carey states in his thesis New directions of play: Native american origins of modern lacrosse. 

Lacrosse in basic terms is a team sport, the objective is to get the ball into the opponents goal using a stick with a triangular net piece known as a crosse. Each team has ten to twelve players on the field at a time, depending on men’s or women’s lacrosse. Regardless of gender both men’s and women’s have a defense, mid field, attack and a goalie on field at all times.

Women’s and men’s lacrosse have one leading difference that shapes how each game is played, contact. Similar to popular sports like football, men’s lacrosse can be more physical with their opponents than in women’s. While men’s lacrosse is able to hit and body check with some restrictions, women’s lacrosse highly restricts physical contact between players. Women are allowed to have minimal contact while defending and chasing the ball, there are rules against getting too close to the face and body. Despite these differences the game’s objective and tactics remain fairly similar, yet men’s lacrosse is more mainstream than women’s, which generates the idea that it is the superior twin.  

The most popular sports today have some form of contact, football and hockey being at the top while sports like soccer, basketball and baseball lean towards the bottom. Despite this, lacrosse is still a very popular sport that is streamed for the public, yet men’s is regarded higher and viewed more. Women’s sports in general suffer from mainstream media not displaying or advertising enough to encourage viewers. One of the reasons men’s lacrosse does better is due to “the level of contact and physicality determines the amount of fans that come… the more contact there is, the more spectators we will draw to our games,” as opinionated by Ithaca’s former attackman Connor Hulme in Cal Dymowski’s Lacrosse has different rules for men and women. Men’s lacrosse is perceived better due to the lack of regulation that allows for the game to flow better than women’s. In Jane Claydon’s Origin & History, a girl writing for the student magazine at St. Leonards School, in St Andrews, Scotland reported that “after our crosses having undergone a severe inspection i.e. our referee holding them up one by one and squinting with one eye to see if that which ought to be plane surface was not a curved one.” Even before the game starts, the equipment worn by the players are inspected to prevent any harm or cheating from occurring. While this may indicate that the rules in women’s lacrosse should be revised in order to allow for better flowing gameplay, it can show how much harder the girls have to work compared to men. Women have to jump more hurdles in order to play, it in turn forces the players to come up with more creative plays in order to score.

References

Carey, J. (2012). New directions of play: Native American origins of modern lacrosse (Order No. 1518272). Available from ProQuest Dissertations & Theses Global. (1039261901). Retrieved from http://ezproxy.rowan.edu/login?qurl=https%3A%2F%2Fwww.proquest.com%2Fdissertations-theses%2Fnew-directions-play-native-american-origins%2Fdocview%2F1039261901%2Fse-2%3Faccountid%3D13605

Dymowski, C. (2016, April 20). Lacrosse has different rules for men and women. The Ithacan. https://theithacan.org/sports/lacrosse-has-different-rules-for-men-and-women/

Claydon, J. (Ed.). (2021). Origin of Men’s Lacrosse. World Lacrosse. https://worldlacrosse.sport/about-world-lacrosse/origin-history/

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During the COVID-19 pandemic of 2019-present, spotted lanternflies (Lycorma delicatula) have invaded several areas in the northeast region of the U.S. These invasive insects are discovered to have successfully transported larvae and nymphs on firewood trading shipments from China. This has resulted in the devastation of fruit trees and grape vineyards depleting nutients and decreasing the chances of survival by causing trunk wounds and tree mold to develop. This has the potential to devastate agricultural chains and disrupt ecosystems. The primary food source for these lanternflies in their native habitat is Ailanthus altissima, also known as the “Tree of Heaven” in China; however, this plant species is also an invasive species worldwide. The lanternfliescan also eat a variety of other fruit trees from orchards in rural areas in America. Proposals for managing these invasive insects including capturing and returning them to their source, or eliminating them on sight near agricultural areas, as well as monitoring any lanternflies in the area. Spotted Lanternflies have a distinct pattern, a red body with black spots on brownish-grey wings being apart of a category of plant hopper from the eastern continents of China, India and South Korea respectively. The introduction of invasive species has opened up the topic of previous invasive species migrated mistakenly from their natural habitats to new one disrupting the natural order of nature.

The average size is 1 inch in length with a life span of one year. They are to lay around 30-50 eggs during the fall and winter season. Adult Lanternflies use upwinds to fly up 40 meters and are able to land on fruit tree orchards using their frontal wingspan and with an average airspeed of about 4.64 m/s. Anemotactic measurements are used to chart the movements of an object or thing in relation to the direction of the wind, allowing anyone to learn about their behavioral patterns. Using these measurements, researchers are able to figure out how the lanternflies use short flights to save small amounts of energy before their angled flight to the food source without exhausting themselves. Such strategy allows Lanternflies to anticipate their direction without falling to the ground, which most Lanternflies have tried and failed to do. This gives rise to the idea of how lanternflies easily migrated across the North American continent, flying from tree to tree and populating their kind to become an unstoppable force. Their average ground speed is 2.65 m/s as they take off at the 10 second mark in their bout towards the upwind by 4.64 m/s from the adult Spotted Lanternflies.

Fruit trees, such as apples, oranges, and peaches as well as grape vineyard orchards provide essential nutrients for spotted lanternflies as well as nesting grounds for their offspring, which has serious consequences for American farmers who have infestations of lanternflies and other orchard feeding bugs eating their hard-earned orchard trees, harming the economy and stores across the continent. Fruits have been treated with insecticides to keep their fresh look from being eaten away by lanternflies and other insects in the wild. Although the effects on the adult spotted lanternfly would be effective, the other issue would be the reproduction cycle of the spotted Lanternfly’s eggs and nymphs, which could be solved by using Chlorpyrifo to completely kill all the eggs from their hiding place. Another insecticide idea is to use Thiamethoxam and Bifenthrin, which are from a subcategory of insecticides that can be used to controlling insects for up to fourteen days and can be used directly on spotted lanternflies by approximately half of the population, which leaves the other half unharmed calmly. The cost of these insecticides to humans, however, would be their toxic hazard for everyone’s health, including taste and smell, if eaten by herbivore or omnivore animals, resulting in a double-edged sword for orchard protection that can eventually harm other lifeforms.

The alternative method for preventing the spread of Spotted Lanternflies in the area is to use lures and traps to capture them using their habitats such as covering tree trunks with sticky bands being the Bug Barrier or web cote tree bands with the use of methyl salicylate as the insect attractant lure from where the lanternfly might climb up, whether it’s a fruit orchard tree or a host tree, which stops them in their tracks, which was used on lanternflies that have already hatched from their eggs. The Pecan Weevil trap is also known as the Circle trunk trap because it is latched around the tree trunk by a velcro strip that’s been stapled and glued onto the jar with the insecticide strips to kill the lanternflies as well as a zipper bag that will collect them after two weeks of eliminating lanternflies in their late nymph and adult stages. The Intercept panel  creates a slip-slide effect with fluon solution and traps lanternflies in a jar with propylene glycol, which are  dumped from a paper cone strainer into a plastic bag to be sorted. Tall prism traps are similar to the sticky tree band traps, but they have an internal plastic prism supported by cables and pipes and painted brown to attract lanternflies in addition to the sticky bands around the surfaces. These traps have the greatest effect on lanternflies because the bugbarrier bands have a higher chance of capturing Lanternflies in the sticky tree bands. Regrettably, there are some disadvantages such as other insects becoming entangled in the traps and most lanternflies avoiding contact with the traps. The traps, on the other hand, have statistical value in terms of which life stage of the lanternfly prefers the attraction that surrounds the traps.

Lanternfly nymphs and adults have used their antennal sensory function to develop behavioral patterns that match their environment from their organs. The sensilla placodea and plate organ sensory have increased in size from 33 to 125 times during the nymphal instar cycle. The sexual dimorphism of adult Lanternflies sensilla placodea, which is related to mating behavior between males and females.

Reference sheet

Myrick, A.J., Baker, T.C. Analysis of Anemotactic Flight Tendencies of the Spotted Lanternfly (Lycorma delicatula) during the 2017 Mass Dispersal Flights in Pennsylvania. J Insect Behav 32, 11–23 (2019). https://doi-org.ezproxy.rowan.edu/10.1007/s10905-019-09708-x 

Leach, Heather, et al. “Evaluation of Insecticides for Control of the Spotted Lanternfly, Lycorma Delicatula, (Hemiptera: Fulgoridae), a New Pest of Fruit in the Northeastern U.S.” Crop Protection, Elsevier, 30 May 2019, https://www.sciencedirect.com/science/article/abs/pii/S0261219419301735?casa_token=HS980H8VqHgAAAAA%3APjvS6LajEnAFNPSA3w7969WkMkbulGC1Sce3EXLJQn4uFPLcL9LqPUeh_AplpbBD5Umt8a0LDw

Francese, Joseph A, et al. “Developing Traps for the Spotted Lanternfly, Lycorma Delicatula (Hemiptera: Fulgoridae).” Validate User, Environmental Entomology, Volume 49, Issue 2, April 2020, Pages 269–276, 28 Jan. 2020, https://academic.oup.com/ee/article/49/2/269/5716627.  

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Definition Rewrite – Lunaduna

The Flaws in Animal Experimentation

Animal experimentation has been around for a numerous number of years and has always been a controversial topic. The two sides of this debate are the ones who believe that animal testing is beneficial and will save lives, which is true. On the other hand, animal testing has is ethically wrong and is not accurate to the genetics of humans. Animal testing has been marked as inadequate by Cambridge. Their studies suggest that an animal’s behavior may be influencing the end result of the experiment. Such as being in an enclosed space could cause distress and even abnormal behaviors within the certain animal. The choice to carry out animal experimentation does not have a correct answer and will never have one.

The main debate of animal experimentations begins at the thought of the tests being cruel and inhumane. Commonly, in animal research, the subjects are treated to force feedings, lack of water or food, and even infliction to pain such as burns from the chemicals. (These burns are usually to test the healing process.) Every year nearly 100 million animals are subjected to harm during the animal testing. In today’s world, the United States has the technology to do innovated research, but they still go back to the barbaric use of animal experimentation. The use of animal experimentation usually leads to the animals to be crippled, burned, and even poisoned. Animal testing has been a popular controversial topic and is shown to be cruel. Animal experimentation has been around for many years and has served a variety of purposes in society.

Additionally, millions of animals that are used in experiments are discarded, like trash. The National Institute of Health (NIH) reported that just in eighteen months, from the years 2011 to 2013, over 1.5 million pounds of animals were placed in waste collection. The animal waste is extremely dangerous to human health because the waste is contaminated with the chemicals, and even infectious diseases/viruses used in past experiments. Some companies disagree with discarding the waste by incinerating the animals’ corpses, but that leads to emitting gases into the air.

“The New England Anti-Vivisection Society (NEAVS) reported that: “a recent study found that 2.1 million deaths have been associated with human-produced fine particulate matter – a main component of smog” 

Animal experimentation is an expensive use of study. Some animal experiments could take up to months and even years to perform and analyze. The cost alone would be an insane amount due to the time of the study. For example, it takes almost a whole decade with 3,000,000 dollars to complete an entire experiment while abiding all the laws. At the end of the experiment, it only would register one single pesticide to the US Environmental Protection Agency. Evaluating each of the chemicals can take up to millions of dollars, and many years to complete the experiment Also, companies can lose a ton of money if the tests do not account for how humans would correctly respond to the treatments. Fewer than 10 percent of potential drugs make it to the human trials. According to the Humane Society, drug companies spend an average of four billion dollars to fully develop a new kind of drug. And if that drug fails, then billions of dollars went down the drain. So why waste the time? Because maybe it can help the lives of humans.

Humans and animals are not exactly the same. Many drugs that can appear safe and effective in animals may not be the same with humans. The drugs could cause significant harm or even death. In 2004, a study was conducted by the US Food and Drug Administration that 95 percent of drug trials in animals failed to reach clinical trials in humans. Of the ones that are approved, more than half are withdrawn due to serve lethal effects that were not detected in the animal experiments. Thalidomide, a sleeping pill, was introduced in the 1950s, which resulted to about 10,000 babies to be born with deformities. The pill was examined by animals first, but the experiment did not show the symptoms in animals as it did to humans. Thusly, concluding that animals should not be reliable to human health.

Replacing animals used in experimentation would improve the quality and the humanity science of health. Technology has been growing for years, and new non-animal methods have been developed. Types of non-animal methods include cell cultures, human tissues, volunteer studies, and computer models. Scientists have managed to grow 3D cell structures, that can even behave as miniature organs. These structures provide a more realistic way to test new therapies, which can also be more accurate than animals. Cells have been used to create innovative devices that can accurately mimic the heart, lungs, kidney and even gut. Cell cultures have already been in key developments in areas such as sepsis, kidney disease, cancer, and AIDS. Human tissues are another way to study the human physiology. Human tissues can be donated from surgery such as biopsies and transplants. Using human tissues can replace the cruel tests that animals have to face and will prevent the study passing false information. The Humane society also advocates the comparison between using human replications from animal tests.

“The expensive and time-consuming two-year rat study to assess whether a substance is cancerous to humans is only able to predict human cancer 42% of the time. A cell-based test (CTA), which has been in use for over 50 years, can predict 90% of known human carcinogens.”

Ultimately, animal experimentation is a complex subject. Many people can deliver different opinions of the subject matter, which none of them could be the “correct” answer. Animal experimentation has given light on human health, but also effects the lives of the animals. The facts about animal testing are clear, millions of animals lose their lives for the sake of human health, but is that really worth all the death? Using alternative methods can save the lives of animals and improve the accuracy of the tests run for human health.

References

Akhtar, A. (2015, October). The flaws and human harms of animal experimentation. Cambridge quarterly of healthcare ethics: CQ: the international journal of healthcare ethics committees. Retrieved October 20, 2021, from https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4594046/.

Cornett, E. M., Jones, M. R., & Kaye, A. D. (2019, May 11). Ethics of animal experimentation – springer. Ethics of Animal Experimentation. Retrieved October 20, 2021, from https://link.springer.com/chapter/10.1007/978-3-319-99124-5_25.

Humane Society International. (2019, March 31). Limitations of animal tests. Retrieved October 20, 2021, from https://www.hsi.org/news-media/limitations-of-animal-tests/.

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