Panera Bread Business Strategies Essay Example for Free

Panera Bread Business Strategies Essay â€Å"Thirty years ago, Ron Shaich set out to change the world by changing the way America eats. He’s done that with not one, but two successful restaurant brands. By co-founding Au Bon Pain, Co. Inc. and founding Pan-era Bread, Shaich shook up the industry by offering an antithesis to fast food – hand made, artisan food served in warm and welcoming environments by people you can trust. †(KANAI, 2012) This quote describes how Shaich and colleagues started to create their cafe bakery and change the way Americans eat. Pan-era was the first to come out with the calories on the menu board to ensure that Americans were aware of how healthy Pan-era was and the intention to re maim forthcoming about what was in the food we eat. Shaich and his colleagues did not follow the six step process they focused on the four areas food, setting, customers, and the workforce which made sense for capitalism. Shaich also thrived to make sure the customers and employees were well taken care of because they also played a big role in the success of Pan-era and lets not forget to acknowledge the community and their involvement in the success. Conscious Capitalism is an expression of how Shaich has found success in the restaurant industry if the whole society and corporate society would think of themselves as a corporation things would be better for everyone. Shaich is able to offer a word of advice if you were to get involved with conscious capitalism â€Å"Believe in yourself and why you got into it. Believe in those things that attracted you to the industry which makes a big difference in the lives of our guests. (ROMEO, 2012) For many years Pan-era has focused on the principal of conscious capitalism or what they like to call â€Å" enlightened -self interest† in two ways by delivering value to customers, vendors , employees, investors, and the community and to focus on a higher purpose above and beyond short term results. Meaning providing our customers with the artisan bread , delicious and nutritional food on a daily basis. Then Shaich and all his colleagues wanted to know how to challenge conscious capitalism and they figured out somethings that they are already doing like donating the day old bread to homeless.

Thermodynamics and Fluid Mechanics: Coffee Filter Machine

Thermodynamics and Fluid Mechanics: Coffee Filter Machine Background/IntroductionIn this assignment they are tasked to explain how an electric coffee filter machine works and its scientific process. they are also tasked to calculate the amount of power it uses and energy it needs to keep that coffee warm and its efficiency when its keeping it warm, which is important because if the coffee isnt very efficient and uses a lot of energy or a lot of heat can escape then it could lead to high energy prices just to keep coffee warm. Once the efficiency has been calculated they also need to find out how it can be improved further, they are required to at least focus on one element to improve its efficiency. This coffee machine works by holding the water you put in it in a reservoir, that water then goes down a hole in the reservoir and into an orange tube. This tube is used to carry the cold/room temperature water to the aluminium tubing which conducts the heat from the heating element through the warming plate which consists of a heat conductive grease that helps heat the water up. The heating element does this when its coiled wire heats up as electricity runs through it. This heating element has two purposes, one of which is initially heating the water up and its second purpose comes in a later process. The aluminium tube is connected to the white tube which carries that hot water up to the shower head. This white tube doesnt consist of a pump to carry the water up, instead the bubbles from the boiling water rise in the tube and carry the water up to the shower head and the machines one way valve allows the water to go up the tube without coming back down and into the reservoir. Once the hot water reaches the shower head, it gets evenly sprayed on to the coffee grounds, picks up the caffeol and gets poured into the coffee pot. Once the coffee has been brewed the second purpose of the heating element is keeping the coffee warm which has many advantages one of which is to keep it warm for other people in the house after you brewed your own.   [1] These coffee machines are very reliable but there is always a possibility of failure, although a few have easy fixes. One way the coffee machine can fail is when the switch or even its power cord stop working which can be repaired by a professional although can sometimes be expensive so it would be more cost effective to buy a new machine. Another way is that the one-way valve can get clogged up letting the water back down the tube or simply not letting the water through at all. An easy fix for this is by simply scooping out any debris with a small object such as a toothpick. The tubes can also get clogged up. A way to fix this would be by running a cycle with vinegar and then running 2 cycles of clean water to rid of any vinegar left in the machine. Fig 1. [2] Experiment AnalysisTo collect their results, they had to weigh a few things. They weighed the jug when it was empty, the jug when it was full and calculated how much the water weighed. They did their experiment by letting the coffee machine heat the water up until its finished, they then took the jug filled with hot water and measured the temperature change every 2 minutes. Here are their results for 12 cups: They decided to take the jug out of the coffee machine when measuring their results because then when they are to calculate the energy needed to keep the coffee warm, they minimise the chances of under calculating as the coffee machine only partially covers the jug so not as much heat would escape, taking the jug out allows us to check the maximum amount of heat that can escape over certain intervals. They see that the water started off at 83 degrees Celsius and went down to 66.8 degrees Celsius with the temperature changing roughly between 1-1.4 degrees Celsius every 2 minutes. For the experiment they used a scale for weighing the empty jug and the jug when it was filled with water. They also used an electronic thermometer to accurately measure water temperatures. A coffee machine was also used as the experiment couldnt be done without it to heat the water up. For 10, 8, 6 and 4 cups the method the exact same although less water was used, here are the results: 10 Cups Results: As you can see in the 10 cps results, there is a dramatic change in temperature in the first 2 minutes in comparison to the 12 cups results. 8 Cups Results: 6 Cups Results: 4 Cups Results: They can use the results from this experiment to calculate heat loss and the rate of heat loss. To calculate the heat loss (Q Units: -Joules) they take the mass of the water and multiply it by the specific heat capacity and then multiply it by the change in temperature (Q= m*Cp*ˆâ€  T). Then they did the rate of the heat loss ( units: ) which is mass of the water multiplied by the specific and then multiply it by the change of temperature and then divide it by the change of time ( = m*Cp*) Below are the calculations for each of the experiments: Amount of Water Heat Loss (Q) Rate of Heat Loss () 12 Cups 124563.25 J 69.20 10 Cups 136682.90 J 63.38 8 Cups 89264.75 J 49.59 6 Cups 89145.42 J 49.53 4 Cups 71119.88 J 39.51 Amount of Water Mass of Water 12 Cups 1.75 kg 10 Cups 1.46 kg 8 Cups 1.17 kg 6 Cups 0.91 kg 4 Cups 0.65 kg Costs: In the UK it currently costs 0.01174 pence per Watt per hour. To find how much it costs per second they have to divide that number by 3600. 0.01174/3600 = 3.261111111 x Js-1 To calculate how much it costs to keep the coffee hot they use their new cost per Watt per second and multiply it by the rate of heat loss () and then multiply it by 3600 to get the cost per hour to keep the coffee hot. Amount of Water Cost (Pence per Wh) 12 Cups 69.20 0.8124048 10 Cups 63.38 0.7440812 8 Cups 49.59 0.5821866 6 Cups 49.53 0.5814822 4 Cups 39.51 0.4638474 DiscussionBecause the coffee machine is an open and transient system, the coffee jug and reservoir is constantly losing heat the coffee machine needs to have good thermal insulation to prevent heat from escaping. One improvement that couldve been made to the results is use the equation for thermal resistance to calculate the rate of heat loss. By calculating the thermal resistance of the glass jug we can calculate how much heat escapes from it more accurately. The thermodynamics heat processes are conduction, convection and radiation. Mentioned in the background is how the heating element heats up the water through the warming plate, this happens by the process of conduction which is moving heat from a warm location to a cold location, the heat plate and from the heat plate to the aluminium tubing which heats the water up. In the analysis results, specifically for the 10 Cups, there was an anomaly in the first bit of data, the difference in temperature was very high in comparison to the others and this was due to human error. In the first 2 minutes the stopwatch mightve not been started at the correct time or there mightve been a problem when the temperature was being measured. One improvement that couldve been made to the coffee machine to increase its efficiency could be to redesign the coffee jug and manufacture it out of insulated metal to decrease heat loss but with a piece of glass down the middle of it so that you can still see how much coffee is left in the jug, doing this will ensure that less heat escapes the coffee jug, having a big impact on the cost to keep the coffee warm. References: [1]   Brain, M., Toothman, J. (2006, November 29). How coffee makers work. Retrieved February 2, 2017, from http://home.howstuffworks.com/coffee-maker.html [2]   Retrieved February 2, 2017, from http://s.hswstatic.com/gif/coffee-maker-17.jpg https://www.ukpower.co.uk/home_energy/tariffs-per-unit-kwh An early cam was built into Hellenistic water-driven automata from the 3rd century BC.[2] The camshaft was later described in Turkey (DiyarbakÄ ±r) by Al-Jazari in 1206. He employed it as part of his automata, water-raising machines, and water clocks such as the castle clock.[3] The cam and camshaft later appeared in European mechanism

Physical Activity and Body Weight vs Diabetes and Cardiovascular Diseas

Cardiovascular Disease Cardiovascular disease (CVD) is one of the most common and well known afflictions in modern society. It kills and hospitalizes many people every year. CVD is actually a rather broad category of affliction. It encompasses any disease or condition that affects the heart. These conditions have effects that range from mild to surgical repair and even to death in extreme cases. The causes of CVD are fairly well known. It is directly linked to both physical activity (and the obesity that it prevents) and body mass index (BMI) in the research that we have studied. The BMI is a measure of the proportion of the body that is made up of fat. The higher a person's BMI number is, the more body fat they have. The combination of these two conditions creates a persons risk for CVD. The problem lies in the fact that the exact reasons that these factors create risk of CVD and how much risk they create is not fully understood. It is well known that obesity and physical activity play large roles in reducing the risk of cardiovascular disease. Obesity has become even more significant since obesity is on the rise in the United States. Obesity is strongly associated with physical activity, meaning that people who exercise will also lose weight as well as increase their physical fitness. However there are many people who remain obese even with strong levels of physical activity. This sets up the question of what roles weight and physical activity have on lowering the risk of cardiovascular disease independently. Recent studies have shown that increasing physical fitness reduced the risk of cardiovascular disease regardless of body weight, and that increasing physical activity reduces the risk more that losing weight alone. T... ... way, the benefits of being fit were found not to totally alleviate the risk of being fat or that being slender totally alleviated the health risks of being unfit. From this it is clear that the best way to avoid both all-cause and cardiovascular disease death is to be both fit and have a normal body weight. Works Cited: Stevens, June, et al. "Fitness and Fatness as Predictors of Mortality from All Causes and from Cardiovascular Disease in Men and Women in the Lipid Research Clinics Study." American Journal of Epidemiology 19 June 2002: 832-41. Oxford Journals. 7 Nov. 2006 . Weinstein, Amy R., and Howard D. Sesso. "Joint Effects of Physical Activity and Body Weight on Diabetes and Cardiovascular Disease." Exercise and Sport Sciences Reviews Vol.34 2006: 10-15. American College of Sports Medicine.

The Jovian Planets Essay -- essays research papers

The Jovian Planets Far beyond Earth in the solar nebula lies an ice belt and beyond that lay the four Jovian planets. They are Jupiter, Saturn, Uranus and Neptune. Jovian means "Jupiter- like" in which the rest of the jovian planets do coincide with the name. Uranus Neptune and Saturn, all carry the same traits as Jupiter. The jovian planets are large gas giants that contain mainly a thick atmosphere of Hydrogen and helium. These planets do not have solid surfaces, rather they just get denser with depth. They contain high mass and are usually anywhere from 15 to 318 times the mass of earth. They also contain many satellites and the gravity is much stronger than that of earth. The jovian planets inner structure probably consists of a rocky core of metals, water, ammonia and methane. Usually these cores are about the same size as earth possibly a little larger. It is also possible that Uranus and Neptune’s core is a liquid instead of a solid. The Jovian planets also have about the s ame rotational characteristics and all have rings around them. Jupiter, the first of the jovian planets, reigns supreme throughout the solar system. Named after the Roman god Jove, the ruler of Olympus; Jupiter is the fifth planet from the sun and is also the largest planet in the Earth’s solar system. It is 318 times more massive than Earth and is two thirds of the planetary mass in the solar system. Jupiter’s surface, unlike earth, is gaseous and not a solid. It is about 90% hydrogen and 10% helium with traces of methane, ammonia, water and rock. Jupiter’s interior is very similar to the Sun’s interior but with a far lower temperature. However, it is still unknown but Jupiter is believed to have a core of liquid metallic hydrogen. This exotic element can only be achieved at pressure greater than 4 million bars. Jupiter radiates more energy in space than it receives from the sun. The interior of Jupiter is hot and has been estimated to be 20000 degrees Kelvin. The heat is generated by the Kelvin- Hemholtz mechanism, or the gravitational compression of a planet. It gives off about 1.5 to 2 times more energy than the sun. It is speculated that the source of this heat is due to the rapid rotation of the planet and it’s liquid metallic hydrogen core. Liquid Metallic hydrogen consists mainly of ionized protons and electrons and is the electric... ... tidal forces, which caused nitro gas volcanoes on it’s surface. Different from the terrestrial planets, the Jovian planets are basically big balls of gas. The jovian planets seemed to be formed around the same time from the solar nebula. Jupiter and Saturn are the closest in nature to each other with Neptune and Uranus taking on a few of their traits. They all carry the same characteristics in their Classification. The Jovian planets are composed mainly of helium and hydrogen. They have a liquid or small rocky core. They are usually high in mass and low in density. They have many satellites and the gravity is much stronger than Earth’s. They also all share the same banding and zoning winds. With these characteristics defined with each description given it is easy to see how the planets, Jupiter, Saturn, Uranus and Neptune are Jovian or "Jupiter - like". Bibliographies Seeds, Michael A., Foundations of Astronomy; copyright 1994, Wadsworth inc. Considine, Douglas M. ; Van Nostrands Scientific Encyclopedia, volume eight; Copyright 1995, Van Nostrand Rienholdt, NY Maran, Stephen P. , The Astronomy and Astrophysics Encyclopedia, Copyright 1992, Van Nostrand Rienholdt, NY

Andy Warhols Impact on Art Essay -- Artist Art

Andy Warhol's Impact on Art Andrew Warhola was born August Sixth, 1928, in Pittsburgh Pennsylvania. He was the youngest son of Julie and Andrej Warhola, both immigrants from Czechoslovakia. After a quiet childhood spent alternately alone and in art classes, Andrew went to college. He then got a job doing commercial art, largely advertisements for large companies. Over time his name was shortened and Andy Warhol changed the face of modern art. Through his silver lined Factory and the many people who frequented it a revolution was born. This paper will discuss some of these people and examine the impact they all made on modern art. Ruska Dolina was a small Ruthenian suburb of Pittsburgh. It was populated with, of course, eastern European immigrants. Andy Warhol was born into this very close-knit neighborhood speaking his parent's native tongue. Julia Warhola was herself a bit of an artist, in later years she would collaborate with her youngest son. Andrej Warhola worked in the great steel mills of Pittsburgh. The Warhola household was very typical of the times. Julia would stay home, cook, and read to her boys while Mr. Warhola worked in a steel mill sweatshop with hundreds of other immigrants. The family was strictly Eastern Orthodox Catholics. On Sunday, the day of rest, no one was allowed to move. These days were passed indoors with Mrs. Warhola telling stories to the boys. Like most children, Andrew collected the pictures and posters of various celebrities that would define such a body of his work in later years. Andrew was a rather small boy. In interviews Andy Warhol said that he was pale and scrawny and that he was thusly bullied on several occasions by his classmates. When he was fourteen Andrew's father died of tuberculosis, a common malady of the times, especially for the profession. This had a profound affect on young Andrew. As was the Orthodox tradition, the body was laid out in the house for three days of mourning and visitation. During this span Andrew hid under his bed refusing to look at his father's body. Despite the poorly paying job, Andrej managed to set aside money for college. However, he saved only enough to send one child, and the general consensus was that this would be Andrew. In Fifth grade Andrew started attending the free Saturday classes that the Carnegie Institute taught. It is noted that even then... ...as that Ginsburg communicated with writing, while Warhol stuck mainly to his art. Ken Kesey was also a Beatnik regular. Perhaps crazier than the rest, he still managed to write arguably the most sensible book. When chronicled in On the Road, Ken Kesey was the insane Dean Moriarty. Given this character, he most likely would have fit right in at the hectic, hedonistic scene of the Factory in the early Nineteen-Sixties. Each of the artists mentioned here met Andy Warhol at different phases of his career. While the majority of them were seen at the infamous Factory, some came both before and after. Regardless of where they met and knew Warhol, they each had their own individual lessons and impacts. Jean-Michel Basquait was perhaps the last artist to come around and really know Andy Warhol. Julia Warhol was certainly the first. In between were very many amazing artists, almost too many artists to talk about. The most important, of course, have been mentioned in this paper. Andy Warhol is a man still impacting art long after his death. His visionary style changed forever the face of both commercial art and gallery art. Hopefully this paper communicated a bit of that genius.

Article analysis for an Economics class Essay

If someone earns a sum of money, and saves it rather than spends it, then, in no way can a person be losing wealth if not for inflation, which prompts the prices of all goods and services to rise. One may see this as a trend among businesses to maximize their profits. In reality, the root cause of the problem is not with businesspeople, but the Federal Reserve System continuously adding more money into the economy. The article I have chosen to summarize examines the U.S. economy of today mainly the food and energy prices that have rose sharply since March 2003, which has prompted the Fed to concern itself with the onset of inflation. In reality, what triggers the rise in prices is an increase of money in circulation, which is a result of the actions performed by the Federal Reserve. The Federal Reserve, being the government agency responsible for printing the nation money supply, determines how many dollar bills are put into circulation. The dilemma arises because, when more money is added into the economy and an individual has not spent any of it, the person is now poorer in relation to everyone else than they once were. Adding more money into the economy dilutes the value of each individual dollar, thereby decreasing its purchasing power. The article states that the price index gained larger than expected .3 percent, which adds to the inflation anxiety on Wall Street (Freilich). Inflation, however, tends to hurt the poor far more than it does the rich. For example, if a woman retires with four thousand dollars saved up, and the cost of a decent living is five thousand, then she only has eighty percent of what she needs to survive. Then, a year later, if there is one hundred percent inflation, then the necessary cost of living becomes ten thousand dollars. Even if that woman still had four thousand dollars, she would now have only forty percent of what she needed. Though they often have been blamed for inflation, businesses themselves are victims of inflation, as each company sees the costs of all of its resources rising. Retailers pay rising costs to distributors, who pay a rising cost to suppliers, who pay a rising cost for their resources. If a businessperson does not raise the prices of the merchandise, while the prices of resources  are rising, then he or she will have to reduce profits or cut back on much-needed supplies and services to maintain the company, which, in the end, could mean less business and still result in less revenue. Thus, inflation necessitates that businesses raise prices and employees demand higher wages, which often takes place in a random fashion. The article further states that prices received by farms, factories and refiners gained sharply to 0.8 percent last month, the largest jump since March 2003. Additionally, the Labor Department said first-time filings for state jobless aid fell 15,000 to 336,000 in the week ended June 12, their lowest level since early May. Increase in prices and an improved job market suggests that the U.S. economy’s momentum is likely to build in the coming months. The article adds stating that in addition to the growing economy, the dollar first rose against the euro and prices for U.S. government bonds fell, pushing yields up. Investors are worried about inflation pressure because stocks slipped, in part because of inflation concerns, but also due to news of more deadly bloodshed in Iraq. Inflation is understood that when governments print plenty of money and spend considerably, watch out for rising prices to continue. However, the volatile stock market and with elections coming soon, I believe to expect the unexpected. References Freilich, Ellen. Data Puts Inflation in Focus. Retrieved online Jun 17, 2004 Website: http://www.reuters.com/financeNewsArticle.jhtml;jsessionid=0RS0105W2AE4ECRBAEKSFEY?type=businessNews&storyID=5450085

Drowned Out

Ivana Aleksich November 1, 2012 Film Review: â€Å"Drowned Out† The way this documentary was filmed shows the people who contributed to the film to living and working alongside the villagers and I found this helped capture the candid interviews and the honest and realistic impact of the way villagers of living in India due to the government dam project. Not only do people have to make a choice of whether they Move to the slums in the city, accept a place at a resettlement site or stay at home and drown. This place is not just a piece of land where they live but it is their home, their identity.This reminds me personally of my connection with Serbia. My family has to leave their homeland because of war and invasion. My family did not see this as moving to a better place, but saw it as their homeland being destroyed. Who they are as people dead in a place that no longer exists like it once had. This is how I see the people in the villagers, they are being forced to say goodbye t o a certain part of them, their family, and ancestors forever. In the student presentation relating to the world bank and dams refers to something very important to villagers. Non-material things are what are important to the villagers.After the dam is built, I will drown out the cultural traditions of the villagers, create development of affected communities in isolation, and cultural shift, new lifestyles and attitudes. The documentary follows the villagers of Jalsindhi. This village is in Madhya Pradesh on the banks of the Narmada River about ten miles upstream from the Sardar Sarovar project. The 76 villages struggle through a battle against the dam. The lead character is Luharia Sonkaria, who is the village’s medicine man, a role that was his father’s and grandfather’s before him. The government provides them no viable alternatives.The government offers unusable land a hundred miles away or a small sum of money in compensation for their river-side land. The film documents hunger strikes, rallies, and a six year Supreme Court case, and finally follows the villagers as the dam fills and the river starts to rise. The documentary features Arundhati Roy, who has been an outspoken activist bringing international attention to the controversy. Government aims to provide electricity, irrigation and drinking water to tens of millions of people. Government is confident in this claim. The government has a completely difference views of the impact of the dam.They believe the dam will help the people and make them happy. But the government has nothing to lose from this dam project because the people in government do not live in the area that the dam is supposed to floor. The villagers have everything to lose and millions of them did. This brings up the struggle between the rich and the poor/the powerful and the less powerful. The big question that is stated in this documentary is, â€Å"For whom is this development for? † The government trie s to convince the villagers that this is for them and their benefit, but in reality the villagers are not being taken into account for this dam project.This dam development is solely for the purpose the one thing that is universally valued: money and the power of government. Villagers and poor people are not at level in society where they can rely on money and power. They believe in things that the government and money could never find important. Villagers value their traditions and their old lifestyle. The government and the world bank is working to become more modern and to gain more money. For this reason alone, the government is aware of what will happen to the villagers but the government could not understand how hard this project will hurt the villagers and their lives.