Assignment for the Ethics component of Professional studies Essay

Assignment for the Ethics component of Professional studies - Essay Example Basically, deontology emphasizes the importance of moral obligation and commitment to nursing duty. For example: when dressing the patient’s wound, it is the duty of nurses to protect the patient from possible internal and external harm. Therefore, in cases when the patients’ wound is severely big, nurses should consider that using a cheap type of dressing could inflict pain on the patient upon removal of the dressing due to the fact that cheap type of dressing could stick to the patient’s wound upon removal. Therefore, nurses think of the future consequences instead of being cost-conscious all the time. Eventhough the main intention of using a cheap dressing on the patient’s wound in terms of preventing possible wound infection is good, its consequences such that it could inflict pain on patient upon removal of the dressing remains a conflict between nurses’ two main duties. consequences or possible outcomes of the actions. (Audi, 1999) The ethical principle of teleology is focused on the action’s consequences such that the end result of an action should always be for the greatest good of the patients. In other words, the end justifies the means. For example: in the case wherein nurses need to help patients and their families decide on a particular treatment such as the use of tube feeding devices, nurses should be able to draw from his/her past clinical experiences and relay its advantages and disadvantages to the patients and their families to help them decide on accepting the treatment or look for an alternative options. Possible benefits and danger that may occur out of using tube feeding devices has to be clear to the patients and their families. Q2 Scenario: A nurse was tending to a terminally ill man. The Doctor’s orders for this man included â€Å"Nil by mouth†. The nurse went against the orders and gave the man small sips of water.

Fleet planing (AVIATION) Assignment Example | Topics and Well Written Essays - 2500 words

Fleet planing (AVIATION) - Assignment Example It is imperative to note that the long- haul journey of fleet replacement by the New American Airways started back in 2009, when the company ordered 84 next- generation Boeing 737-800s. More over, it ordered 35 airbus A320 family aircraft from the long- time Boeing customer, which were to be delivered in 2011.The fleet replacement was intended to reduce the use of the MD80 aircraft, which were expensive in fuel consumption. This study establishes that, the new fleet replacement from the Boeing added up 35% reduction in fuel consumption on a seat mile. It is noteworthy that, the Boeing 737-800s is the epicenter of the airline’s long-haul fleet; it has with nearly 100 examples in service (New American Airways, 2009). The magnitude of operations makes the American Airways the leading operator in the world. Although the American airways operate a large Boeing fleet, it operates aircrafts from other manufacturers. The following analysis indicates the British American Airways fleet in 2011 (British American Airways, 2012). Look at the forecasts on the Boeing and Airbus web sites and any other sources you think useful. Interpolate the forecasts, as necessary, for the years to 2016 and adjust them by your own calculations and judgment. Explain why you have chosen the growth rates you use. The Market for Large Commercial Jet Transports released by the Forecast Internationals projects that 14,655 large commercial airliners will be produced in the 10-year within the period from 2012 to 2021 (Ottaway, Susan & Ian, 2007). The market research based at Connecticut approximates the value of this fabrication at $2.04 trillion in constant 2012 U.S. dollars. It is notable that, the two leading manufacturers in the market, Airbus and Boeing, are implementing production increases. They are taking into consideration ancillary increases for the future. However, establishing

The OD consultant and consulting process, Entry and Contracting Case Study

The OD consultant and consulting process, Entry and Contracting - Case Study Example enterprise in to high demanding segments, it has thought about implementing innovative applications of advanced laser technology and make positive changes. The company has presently five engineering teams, they are laser system, component system, satellite control, custom design etc. out of these teams, the laser and satellite team are quite new and less experienced of handling critical issues. As the company was planning of implementing laser system and the duty has been assigned to a Todd’s team, the management team being responsible for laser system, it has been getting delayed. The executive vice president of engineering at the company named Patrick Delacroix has come to request the Organization Development consultant named Cassandra in the AeroTech human resource department to help them start laser products, ensure greater efficiency in laser system and to increase the productivity by managing the time effectively. Patrick Delacroix has come to Cassandra to get help in assisting Todd learn better managing aspects and to develop advanced laser system with help of some brightest engineers. He has mentioned that the company’s major issue is productivity and that has been greatly impacted by managing the time as well. The presenting problem from the case study is less productivity due to mismanagement of time and inefficiency in laser system, but the underlying problem is that the team under Todd is less-performing in laser system causing delay in implementing laser system due to that there much gap between experienced and new engineers and age-gap between twentieth and mid-sixteenth. As Anderson (2011, p. 121) described, a presenting problems are the initial explanations of the situations that highlight the symptoms of the main issues and the underlying problems are the root cause or fundamental issues that create the symptoms of the presenting problems. Before Todd joined the team, the team has been managed by Ed Herman, a very popular, well accepted and

Religious Perspectives Essay Example | Topics and Well Written Essays - 500 words

Religious Perspectives - Essay Example As such, each forbids evil and enjoins good. That is the crux of any similarity in their perspectives. They seem to disagree on the very reason for the sermon. Popular observance of some holidays in honor of individuals is the main point of ideological contention between the speakers. The announcer leans toward approval while implying Shaykh Mahmud was somehow opposed (Windows, 109). He embraces the legendary remembrance of individuals. He focuses on the fallibility of scholars especially how they could inadvertently thwart good in their nearsightedness (Windows, 110). Shaykh Mahmud's sermon was a pretty standard "Be fair to others and praise your Maker" sermon. He did not explicitly oppose anything of the sort (Windows, 110 - 116). His non-mention of Sidi 'Abd ar-Rahman 'Uthman ash-Shahawi could be interpreted as a rejection of the proceedings Each speaker establishes a distinct position on how they believe Islam should be performed. The announcer approaches the celebration in terms of the overt observance of a holiday born in modern legend and appeals mostly to logic. Shaykh Mahmud approaches it in terms of the esoteric message appeals mostly to Qur'an and Sunnah of the Prophet Muhammad (SWS). One may infer certain points about the different ways that some contemporary Muslims think about Muslim devotional practices.

Sports Sponsorship Paper Term Example | Topics and Well Written Essays - 1500 words

Sports Sponsorship - Term Paper Example This paper is aimed at analyzing the extent of sponsorship by indicating what has been spent and by whom with the aim of arming the readers with the relevant information in planning for sponsorship. Sports sponsorship is a golden opportunity for companies to market their products on a large scale. Whenever companies align their products with the value of the sport, the result is that the customers associate the success of the brand with that of the sports team that they sponsor. The linkage of brands and the emotional connection that the target consumers have for particular sports in one of the largest market places in the world can have a profound impact on the market share of those brands. Brands and corporations can have the power to leverage upon the sponsorship of certain sports with the goal of building a long lasting relationship with the customers. The emotional bond that sports enthusiasts attach to the sports can be transferred to a brand if the sponsorship is right. Such b onds are not usually temporary and in most cases last for a lifetime (Dobson & Goddard, 2001). This presents the corporations with the perfect opportunity to capitalize on those opportunities by building customer loyalty which may be the cure for surviving economic uncertainty in the long term. Discussion TV programming now encompasses a vast diversity in terms of coverage of sports events. There are many channels that are now dedicated entirely on sports. Studies that have been done on the Spanish population reveal that 70% of them watch news where about 20% is dedicated to sport which is the same amount of time dedicated to politics (Garcia & Rodriguez, 2002). It is no wonder that sports stars now enjoy the same level, if not more, of prestige as do the politicians. Olympic Games and world football are the two major events in the world that drive people in a frenzy. These events easily bring countries where they are being held to a standstill. The previous events and most recently the Olympics in Beijing, previous world football events like the recent world cup in South Africa are some of the examples of the enthusiasm that is attached to sports. The physiognomy of a country changes rapidly due to hosting an international event. The Olympics for example changes both the physical as well as the economic standing of the country it is held in. PricewaterhouseCoopers, an audit firm conducted a study in 2004 which placed the impact of the Sydney Olympics as having been 2.78% of Australia’s GDP in that year. The 1996 Atlanta Games also accounted for 2.41% of the American GDP. Professional football also has a profound impact on the GDP of a country. In Spain, for example, the industry accounts for 1.7% of the GDP and rises to 2.5% when in relation to the service sector. With such immense numbers both in terms of revenue and the attendance by the people, corporations see it as a perfect opportunity to market their products. Real Madrid, a football club in Spa in, is one of the most reputable worldwide. The election of Florentino Perez as its president had a profound effect on the club. He is responsible for the success of what was referred to as the Galacticos era or the Galaxy players. These players were world class and they were brought in order to improve the image of the club. Perez referred to the club as being both a brand and content. The brand was built on the human resources who included the players, coaches and the management

Banduras social learning theory Essay Example for Free

Banduras social learning theory Essay Our study is based on the theory of operant conditioning and Banduras social learning theory. Operant conditioning states that learning happens through association, and we believe that car advertises are trying to make their target population associate buying their car with a desired characteristic/traits/lifestyles e.g. having a lot of female attention. Skinner described the ABC model of operant conditioning, which includes an antecedent, behaviour and a consequence. Bandura for his theory stated that learning can only occur if the four criteria (attention, retention, reproduction and motivation) were met. From looking at YouTube adverts we found that smaller cars had a tendency to have more feminine themes whereas larger cars tended to have more masculine themes.  Aim  To whether there is a difference between gender and the size of cars they drive.  Alternative Hypothesis:  Males will have a higher tendency to drive large cars while females will have a higher tendency to drive smaller cars  Null Hypothesis:  There will be no difference in gender and the size of the car they drive, and any difference will be due to chance. METHOD:  Design:  This is an independent group design and a quasi experiment as each participant can only be in either the male or the female category. We will gather our data by tallying, as our study will only include nominal data. This is useful as tallying is easy to analyse and draw up conclusions from. We are only looking at the gender of the driver and the type/size of their cars, so our data is quantitative. This is a non-participant naturalistic overt observation. Seeing as our results are nominal, this is an independent group design and the hypothesis predicts a difference. We will try our best to operationalise our variables by tallying the cars for the same period of time and by collecting data in different locations throughout Maidstone. Our IV will be the gender and how dependent variable (DV) will be the size of the cars. To make it easier to see the driver or the car, we will be collecting our data by a set of traffic lights, and tallying in the correct sections.  Participants  All of our participants will be over 17, as this is the legal minimum driving age. We will be using opportunity sampling as only those driving at the time of the study will take part in the study. Apparatus  Pen, paper and clipboard   Procedure  1. A table was draw up to collect results in (a copy can be found in appendix)  2. Researchers decided time and place of when they will be getting results  3. Researches went to location, stood by the nearest traffic light and collect results  4. Next lesson, the results were pooled  5. Adjustments were made  6. Carried out inertial test using chi-squared test  Control:  Pilot study was not to include family and sports cars as they are marketed differently and tend to be gender neutral. We increased our ecological validity by carrying out the experiment in different places in Maidstone. Ethics We followed most of the ethical guidelines by: ensuring that no participants were harmed physically or psychology and that the results were anonymous. Participants were not given fully-informed consent and were not debriefed as this would be too time consuming, but if a participant was to ask about our study they would have been told the true aim of the study and having their results omitted if they want to.We will accept our null hypothesis and reject our alternative hypothesis because our observed value (1.34) of chi-squared is lower than the critical value(3.841) and this means our results arent significant. Therefore the probability of our results being due to chance equal p0.5. Evaluation Our results are not generalisable because our participants are only form Maidstone and surroundings areas. People from different areas may have different cars and adverts in different cars might be marketed differently where males may not necessarily drive large cars and females drive small cars. To improve the study, we could look at adverts from other countries and if they are different, we could see whether they have an effect on the drivers.  By using opportunity sampling, our results were not representative because there might be different people that only drive specifically during a certain time of day. Our results are not reliable as they have inter rater reliability and also it is likely that participants may not have been driving their own car they might have been driving a family members car or a company car either way they might have not necessarily been driving their own car. This means our results would be unreliable because we are trying to find out if advertising influences a persons choice in cars we would have to ask the participants if they are driving their own cars and discard the results of those who arent. However, this is would be too time consuming and the only way of doing this efficiently is to do it in a car park but this would mean our sample size would be small.  We can also tell that our results arent replicable as other members of our class had different results and did accept their alternative hypothesis (we all carried out the same tasks with the same aim but under different conditions) and they are not similar to the key study (Bandura) as his study would suggest that advertising would have an effect on peoples choice on the size of the car. Also, there are other factors that may influence the choice on car, for example the cost of the car. Our results were made insignificant because there were more males driving small cars than large cars but overall there were more small cars than large cars observed in the experiment and this could be due to smaller cars being cheaper rather than the way they are being observed.  We could carry out the experiment at different types to have more control over extraneous variables in order to try and improve our study. Seeing as our results show that there is no difference between gender and the size of the car, it seems that our study would have applications to real life as it shows that advertisers are wasting their money marketing their cars specifically to male/females.  The study was valid in that it was a naturalistic observation of real driving behaviour that was not affected by the observer. The drivers of the cars were either male or female. Also, our study has face validity as there are different opinions on types and the sizes of cars, even though there was a general outline, most of us did get confused about some cars and to those that we could not categorise were not included in the study.  Our study would be ethical regardless of the fact that informed consent was not given as if participants were to ask us about the study; they would be informed about the true aim.

The Importance Of Photosynthesis

The Importance Of Photosynthesis To understand the importance of photosynthesis, research is conducted to help determine which wavelength of light and light intensity the chloroplast would generate the fastest photosynthetic reaction rate of photosynthesis. In plants, photosynthesis takes place in the chloroplast. The chloroplast absorbs the light energy to convert to chemical energy such as ATP AND NADPH. Photosynthesis is the process of converting carbon dioxide to organic compounds, such as simple sugar, using the energy from sunlight (Smith, A.L.). The chemical reaction equation of photosynthesis is as followed: 6 C02 + 6 H20 + Light Energy → C6H1206 + 6 02 There are a number of limiting factors on the rate of reaction for photosynthesis. However, the purpose for this lab experiment is to measure the light intensity and the wavelength. Light is a form of energy known as electromagnetic energy, also called the electromagnetic radiation (Campbell 190).The most important segment of the visible light is the narrow band range from 380 nm to 750 nm (Campbell 190). Pigments are substance that absorbs the visible light; however, it may be also reflected or transmitted. Different pigments absorb light of different wavelengths (Campbell 190). Light emits a wavelength, the distance between the crest of electromagnetic waves, is inversely related to the amount of the energy: the shorter the wavelength, the greater the energy of each photon of that light (Campbell 190). Chloroplast contains pigment chlorophyll that absorbs the light energy from the sunlight and drive synthesis of organic molecules (Campbell 186). In addition, plants also use other p igment, such as carotenes and xanthophyll, to absorb different wavelength of the light. Chlorophyll absorbs violent-blue and red light while transmitting and reflecting green light, which gives leaf its color. Violent-blue and red light are the most effective color of the light spectrum to conduct photosynthesis, whereas green light is the least effective color (Campbell 192). Photosynthesis starts when the chlorophyll molecules are excited by the absorption of light. The chlorophyll molecules are organized along with other small organic molecules and proteins into photosystem (Campbell 193). The photosystem are composed of a protein complex called a reaction-center complex that is surrounded by several light-harvesting complexes, which contain various pigments that are embedded to the protein. In Photosystem II, light travels through the chloroplast and strikes a pigment molecule in the light harvesting complex. This excites the electron to a higher energy level and fall back down to ground state. As the electron falls back down to its ground state, it stimulate a nearby pigment until this process reaches the reaction center called the P680, a pair of chlorophyll ÃŽ ± molecules in the Photosystem II reaction -center complex. The electron is then transfer to the primary electron-acceptor. As the P680 loses its electron, it is replace by the enzyme catalyze s the splitting of water molecules into two hydrogen ions and  ½ of oxygen in the thylakoids space. The oxygen atom immediately combines with another oxygen atom, forming O2, which was generated from the splitting of another water molecule. The excited electron from the primary electron-acceptor in PS II passes through the electron transport chain to the chlorophyll ÃŽ ± molecules, which is called P700, located in PS I. In the meantime, light energy travels through the light harvesting complex into the P700, which excited the electron, transferring the electron to PS I primary electron-acceptor. These electrons are passed on through electron acceptors that donate the electron to NADP+. The energy release drive the transfer of electron in an oxidation-reduction mechanism in which NADP+ is reduced to NADPH. Involving a redox reaction, oxidation is the loss of electrons from a substance, whereas reduction is the addition of electrons to a substance. The excess of energy from the oxid ation-reduction process provides energy for the synthesis of ATP, which generates a proton gradient across the chloroplast membrane that is used in chemiosmosis. Overall, the light reactions are steps of photosynthesis to convert light energy to chemical energy, such as ATP and NADPH, in order to produce pieces of sugar in the Calvin cycle. In this study, we first separate and identify pigments within plants cells by a process called chromatography. We will also study how several factors quantitatively affect the rate of photosynthesis. The factor that was tested includes the light intensity and wavelength. Thus, we can determine the effectiveness of the different pigments to absorb light to different wavelength and light intensities. The hypotheses are formed as follows: H1: Violent-blue and red light would have a faster photosynthetic rate compared to green light. H2: Light intensity is directly correlated with rate of photosynthesis. H3: Carbon dioxide is directly proportional to the amount of carbon present in the atmosphere. Materials and methods Chromatography is to separate and identify pigment within the plant cell which spinach leaves was use to conduct this experiment. Using a paper chromatography of 14 cm wide by 16cm tall, a pencil line of 2 cm is drawn from the bottom edge of the paper. Then apply the plant extract along the line to within 1 cm of each edge. Allowing the extract to dry each time, this process is repeated 10 times or more to ensure the pigment are on the chromatography. The paper chromatography is stapled into a cylinder at the bare edges and place into chromatography jar that contain a 15 ml solvent of petroleum ether-acetone. The chromatography jar is set under a vented-hood with the jar covered. This will allow the atmosphere inside to be saturated with the solvent. The solvent will move up the paper chromatography and carry the pigments along. Each pigment will move at different rate along the paper. The discrete pigment band will be formed from the front, which is the leading edge of the solvent, to the origin where the pigments were added to the paper. To determine the distance of each discrete pigment band, Rf ratio is used. The Rf is the ratio of the distance a band travels to the distance the front traveled (lab manual). The Rf equation is as follow: After the pigments are separated, each band will be pooled with other group and eluted into 10 cc of acetone. The unknown pigments from the each band are placed in a cuvette and place in a spectrophotometer. Four cuvettes were obtained and label as band 1, 2, 3, and 4. A spectrophotometer is used to measure the percent of each wavelength of light absorbed by the pigment (Campbell 190). Each band is measure at specific wavelength ranging from 400 nm to 680 nm. Thus, each of the bands is identify according to its pigment by comparing its wavelength to the known standard wavelength. To determine at which wavelength of light and at which light intensity the chloroplast would generate the fastest photosynthetic reaction rate of photosynthesis, the floating leaf disk assay is use for this experiment. The wavelength of red, green, and blue light is test to determine the rate of photosynthesis. In addition, the effect of light intensity is determined by the distance of light (white) from the leaves. For each trail, a 0.2% of 300 ml sodium bicarbonate solution (baking soda) is use as an alternate dissolved source of carbon dioxide for photosynthesis by using 1/8 of a teaspoon of baking in a 300 ml of water (lab manual). Then a hole-punch is use to cut out 10 or more uniform leaf disks (avoid major veins). The air space of the leaf disks is infiltrates with the sodium bicarbonate solution, which the solution will cause the leaf disk to sink due to its increase in density. Infiltration of the leaf disks with sodium bicarbonate is as followed: Remove the plunger and place the leaf disk into the syringe barrel. Replace the plunger and slowly push air out while being careful not to crush the leaf. With a small volume of sodium bicarbonate solution into the syringe. Tap syringe to suspend the leaf disks in the solution. While holding a finger over the syringe opening, draw back the plunger to create a vacuum for 10 seconds. In addition, swirl the leaf disks to suspend them in the solution. This procedure may be repeated 2-3 times in order to get the leaf disk to sink. After the leaf disks sink, pour the disk and the solution into a clear cup or beaker. A constant volume of bicarbonate solution is added and should be the same depth for each trail. Place the cup or beaker under the light source and start the timer. Each minute is to record the number of floating disk. In addition, dislodge any disks stuck against the sides of the cup by swirling the disks. Continue until all of the leaf disks are floating. In addition, the presence of CO2 is measured.