Brit Gari: Use The Scientific Method In My Daily Life

Brit Gari Use The Scientific Method In My Daily Life Mostly At My J

1- Brit Gar I use the scientific method in my daily life mostly at my job as a vet tech. An observation I have used to lead me to the scientific method is during vaccinations for pets, some vet techs do not aspirate the syringe (pull back on the syringe) to ensure that you are subcutaneous under the skin and not hitting a vein. Since this is a very common mistake in vet medicine, it leaves the pet with life-threatening reactions such as anaphylactic shock. A good hypothesis for this observation would be: If the needle is aspirated before injecting a vaccination into a vet, then less life-threatening reactions will occur. I would test this hypothesis by using 6 pets (with owner's consent), all has to be the same breed, age, sex, and no medical history of any reactions beforehand.

3 pets would receive the same vaccination in the same spot without blood aspiration and the other 3 will also get the same vaccination in the same spot with blood aspiration (if blood comes out of skin, remove needle and place a new one, re-inject in different spot and aspirate again). Around two hours after vaccination, the dogs will show signs of any symptoms. Depending on which dogs have symptoms or reactions to the vaccine, then that will support or deny my hypothesis. The control group are the dogs that are receiving vaccines with blood aspiration on the syringe and the treatment group is the group of dogs that are receiving vaccines without blood aspiration on the syringe. The independent variable of this experiment the aspiration of the syringe and the dependent variable is the reaction of the dogs, whether or not they develop life-threatening symptoms or reactions.

Controlled variables in this experiment include: breed, age, medical history, and type and location of vaccine. Response… Dai Sot- 2 There have been several occasions in my life in which I have used the Scientific Method without even recognizing it. For instance, I am lactose intolerant to a range of goods that impact my body differently. A great example is cheese; I cannot eat cheese without experiencing severe discomfort as well as needing to use the restroom every ten minutes. My observation would be the side effects of eating various kinds of cheeses to see my body's reaction to each one.

If I try different Cheese every day, then I may experience discomfort for the duration of the day or two. To test my theory, I would put out multiple slices of cheese that I believe I would like and try eating one cheese every day to observe which cheese affects me the most and whether I have the same negative effects. After writing down my side effects, I'll determine if it's simply cheese in general or certain cheeses that affect me. After conducting all of my experimentation, I came to the conclusion that my body did not like cheese in general; all of the outcomes and adverse effects were similar across all cheeses. In my experiment, my control groups would be keeping away from all cheeses to avoid discomfort, and my treatment groups would be none since there is no medication for it.

My dependent variable would be not purchasing any cheese, and my independent variable would be Lactaid tablets to assist with the pain. The controlled variable would be ensuring that none of the foods I consume include cheese. Scientific Method Tutorial (n.d.) Response….? SPT 510 Module Five Presentation Guidelines and Rubric Overview: Currently, the National Collegiate Athletic Association (NCAA) is besieged with multiple lawsuits, governmental and academic scrutiny, and other controversies. These controversies have cost the organization.

There are various forms of costs, the obvious being financial (donations, enrollment numbers, television contracts, fines, legal fees, etc.). However, costs are also found in other forms, such as loss of prestige, reputation, and competitiveness. Prompt: When presenting information as a representative of an organization, visual aids are often utilized. Though PowerPoint is commonly used, other tools are becoming more common in the business world. Create a presentation using PowerPoint, Google Presentation, Prezi, PowToon, or any other approved professional presentation tool about a recent (within the last two years) NCAA scandal.

Analyze all costs to the institution as a result of the scandal. Be sure to include a synopsis of the scandal and when it occurred. Analyze any financial costs, as well as other costs, that have occurred due to the scandal. Areas to consider include whether there has been a decrease in donations, season ticket sales, or enrollment numbers. If there have been any firings or alumni speaking out against the institution, these can also be an indication of costs.

Use scholarly resources to support your position. In your presentation, be sure to include the following critical elements: ï‚· Create a synopsis of the scandal and when it occurred. ï‚· Analyze various ways the scandal cost the institution. Guidelines for Submission: Your 5 to 7 slide presentation should adhere to the following formatting requirements: include a title slide, citations, and a reference slide. You should follow current APA style guidelines. Critical Elements Exemplary (100%) Proficient (90%) Needs Improvement (70%) Not Evident (0%) Value Synopsis Meets “Proficient†criteria and includes specific details about the scandal Describes the scandal, including when it occurred Describes the scandal, including when it occurred, but is inaccurate and/or lacking details Does not describe the scandal 30 Analysis Meets “Proficient†criteria and includes great detail about a variety of costs to the institution Analyzes various ways the scandal has cost the institution, including financial and other costs Analyzes various ways the scandal has cost the institution, including financial and other costs, but is inaccurate and/or lacking details Does not analyze various ways the scandal has cost the institution, including financial and other costs 60 Articulation of Response Submission is free of errors in organization and grammar Submission is mostly free of errors of organization and grammar; errors are marginal and rarely interrupt the flow Submission contains errors of organization and grammar, but are limited enough so that the submission can be understood Submission contains errors of organization and grammar, making it difficult to understand 10 Total 100% SPT 510 Module Five Presentation Guidelines and Rubric

Paper For Above instruction

The scientific method, a systematic approach to investigation, has extensive applications in everyday life, including professions such as veterinary technology and personal health management. This paper explores real-life instances where the scientific method is used to solve practical problems and make informed decisions.

Application of the Scientific Method in Veterinary Practice

As a veterinary technician, applying the scientific method is crucial for ensuring the safety and well-being of animals during procedures such as vaccinations. One common issue involves inadvertent intravascular injections when aspirating syringes, which can result in severe adverse reactions like anaphylactic shock. This scenario provides a clear example of how observation leads to formulating a hypothesis: "If the needle is aspirated before vaccination, then the likelihood of life-threatening reactions will decrease."

To test this hypothesis, a controlled experiment can be conducted with a small sample of pets. Using six dogs of identical breed, age, sex, and health status, three would receive vaccinations with aspiration, and three without. The outcome measure would be the occurrence of adverse reactions within a specified period. The independent variable is whether aspiration is performed; the dependent variable is the presence or absence of reactions. Controlled variables include breed, age, health history, and vaccine type and site, to ensure the experiment's validity.

Personal Example: Using the Scientific Method for Dietary Decisions

On a personal level, I have used the scientific method to understand my body's reactions to different types of cheese, as I am lactose intolerant. My observation was that certain cheeses cause severe gastrointestinal discomfort and frequent bathroom visits. I hypothesized that specific cheeses, perhaps those with higher lactose content, would be more problematic.

To test this, I systematically ate different cheeses one daily, recording any adverse effects. My results indicated that all cheeses affected me negatively, suggesting that my intolerance is not limited to specific types but generalized across cheese varieties. The independent variable was the type of cheese consumed; the dependent variable was the severity of symptoms. My control condition involved avoiding all cheese, while Lactaid tablets served as a management aid, tested as an independent variable to see if they alleviated symptoms.

Costs of Scandals in Organizations: The NCAA Case

Beyond personal examples, the application of the scientific approach extends to organizational analysis. For instance, recent NCAA scandals demonstrate how misconduct can lead to significant costs for institutions. Analyzing a recent scandal, such as the FBI investigation into college basketball recruiting violations, reveals various costs including loss of reputation, decline in donations, decrease in ticket sales, and potential legal penalties.

This scandal, which became widely publicized in 2021, resulted in multiple universities facing sanctions, coaching staff dismissals, and decreased alumni engagement. Financially, institutions suffered from reduced sponsorships and ticket sales, leading to substantial revenue losses. Moreover, the scandal damaged the reputation of the involved athletic programs, affecting future recruitment and enrollment.

Implications and Broader Significance

Applying the scientific method to organizational crises enables stakeholders to systematically evaluate causes, impacts, and potential remedies. It provides a framework to analyze complex issues objectively, guiding decision-making processes aimed at minimizing future risks. By examining case studies such as the NCAA scandal, organizations can develop strategies that prevent recurrence of costly misconduct and protect their reputation and financial stability.

Conclusion

Overall, the scientific method's versatility in applying systematic investigation to various scenarios—from veterinary procedures and personal health management to organizational crises—illustrates its vital role in fostering informed decision-making and effective problem-solving in real-world contexts. Its principles promote sound analysis, critical thinking, and data-driven conclusions that are essential across disciplines and settings.

References

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