BRUNO Surname Meaning and Family History

BRUNO Surname Meaning and Family History From the Italian word for brown, Bruno was often used as a nickname for a person with brown hair, skin, or clothes. From the German  brun, meaning dark or brown. It may also be a habitational surname for individuals who lived in or near a place named Bruno, such as the city of Bruno in Italys Piedmont region. Bruno is the 11th most common surname in Italy. According to WorldNames PublicProfiler it is currently most common throughout southern Italy, in the regions of Calabria, Basilicata, Puglia, and Sicilia. The next part of the world where the Bruno surname is most often found in Argentina, followed by France and Luxembourg. Alternate Surname Spellings:  BRUNI, BRUNA, BRUNAZZI, BRUNELLO, BRUNERI, BRUNONE, BRUNORI Surname Origin:  Italian, Portuguese Famous People with the Bruno Last Name Francesco Fa di Bruno  - Italian priest and mathematicianGiordano Bruno - Italian philosopherDylan Bruno - American actor Where the Bruno Surname Is Most Common The Bruno surname, according to surname distribution information from  Forebears, is most prevalent in Brazil but ranks highest based on the percentage of the population in Italy, where it is the 14th most common surname in the country. Bruno is also a common last name in Argentina. Data from  WorldNames PublicProfiler  also  indicates the Bruno surname is most common in Italy, followed by Argentina, France, Luxembourg, and the United States. Within Italy, Bruno is most common in the southern regions- Calabria, Basilicata, Puglia, Sicilia, Campania, Molise, and Abruzzo, in that order. It is also common in Piemonte and Liguria in the north. Genealogy Resources for the Surname Bruno Meanings of Common Italian Surnames: Uncover the meaning of your Italian last name with this free guide to Italian surname meanings and origins for the most common Italian surnames.The Bruno DNA Project: This group is open to all families with the Bruno surname of all spelling variations from any location in the world. The goal is to join together to use Y-DNA  testing, paper trails, and research to identify other individuals with whom they share a common ancestor.Bruno Family Crest - Its Not What You Think: Contrary to what you may hear, there is no such thing as a Bruno family crest or coat of arms for the Bruno surname.  Coats of arms are granted to individuals, not families, and may rightfully be used only by the uninterrupted male-line descendants of the person to whom the coat of arms was originally granted.BRUNO Family Genealogy Forum: This free message board is focused on descendants of Bruno ancestors around the world. Search the forum for posts about your Bruno ancestor s, or join the forum and post your own queries.   FamilySearch - BRUNO Genealogy: Explore over 429,000  results from digitized  historical records and lineage-linked family trees related to the Bruno surname on this free website hosted by the Church of Jesus Christ of Latter-day Saints.BRUNO Surname Mailing List: Free mailing list for researchers of the Bruno surname and its variations includes subscription details and searchable archives of past messages.GeneaNet - Bruno Records: GeneaNet includes archival records, family trees, and other resources for individuals with the Bruno surname, with a concentration on records and families from France and other European countries.The Bruno Genealogy and Family Tree Page: Browse genealogy records and links to genealogical and historical records for individuals with the Bruno  surname from the website of Genealogy Today.Ancestry.com: Bruno Surname: Explore over 1.1  million digitized records and database entries, including census records, passenger lists, military records, land deeds , probates, wills and other records for the Bruno surname on the subscription-based website, Ancestry.com. References Cottle, Basil.  Penguin Dictionary of Surnames. Baltimore, MD: Penguin Books, 1967.Dorward, David.  Scottish Surnames. Collins Celtic (Pocket edition), 1998.Fucilla, Joseph.  Our Italian Surnames. Genealogical Publishing Company, 2003.Hanks, Patrick, and Flavia Hodges.  A Dictionary of Surnames. Oxford University Press, 1989.Hanks, Patrick.  Dictionary of American Family Names. Oxford University Press, 2003.Reaney, P.H.  A Dictionary of English Surnames. Oxford University Press, 1997.Smith, Elsdon C.  American Surnames. Genealogical Publishing Company, 1997.

Candle Science Trick to Extinguish Fire with Carbon Dioxide

Candle Science Trick to Extinguish Fire with Carbon Dioxide You know you can put out a candle flame by pouring water on it. In this science magic trick or demonstration, the candle will go out when you pour air onto it. Candle Science Magic Trick Materials A lit candleA transparent glass (so people can see what is inside the glass)Baking soda (sodium bicarbonate)Vinegar (weak acetic acid) Set up the Magic Trick In the glass, mix together a little baking soda and vinegar. You want roughly equal amounts of the chemicals, like 2 tablespoons each.Put your hand over the glass to keep the carbon dioxide from mixing too much with the outside air.Youre ready to blow out a candle. If you dont have a candle handy, you can cover the glass with plastic wrap to store the carbon dioxide. How to Blow Out the Candle with Chemistry Simply pour the gas from the glass onto the candle. Try to avoid splashing liquid on the flame, since its not exactly amazing when water puts out a fire. The flame will be extinguished by the invisible gas. Another way to perform this trick is to pour the gas that you just made into an empty glass and then pour the apparently empty glass over the candle flame. How the Candle Trick Works When you mix baking soda and vinegar together, you produce carbon dioxide. The carbon dioxide is heavier than air, so it will sit in the bottom of the glass. When you pour the gas from glass onto the candle, you are pouring out the carbon dioxide, which will sink and displace the (oxygen-containing) air surrounding the candle with carbon dioxide. This suffocates the flame and it goes out. Carbon dioxide gas from other sources works the same way, so you could also perform this candle trick using gas collected from the sublimation of dry ice (solid carbon dioxide). How Blowing Out a Candle Works When you blow out a candle, your breath contains more carbon dioxide than it did when you inhaled the air, but theres still oxygen that can support wax combustion. So, you may be wondering why the flame is extinguished. Its because a candle needs three things to sustain a flame: fuel, oxygen, and heat. The heat overcomes the energy needed for the combustion reaction reaction. If you take it away, the flame cant sustain itself. When you blow on a candle, you force the heat away from the wick. The wax drops below the temperature needed to support combustion and the flame goes out. However, there is still wax vapor around the wick. If you bring a lit match close to a recently extinguished candle, the flame will re-light itself.

Coke is good for our health or not Essay Example | Topics and Well Written Essays - 750 words

Coke is good for our health or not - Essay Example When I changed clients, the situation was a little different from the new client’s workplace. There was no soda to get hooked to. I resulted to carrying several cans to the workplace and even get into the same queues that I used to pride myself as not participating in. At this point, I was getting a little concerned about my Coke addiction, and I started searching online for the negative effects of not just Coke too much fructose corn syrup. It is while I was reading the effects of excess fructose corn syrup that I discovered that fructose can also serve as an alternative to beer and cane sugar. I later realized that the type of addiction that an individual can experience in terms of Coke drinking can almost match the type of addiction from an alcoholic addiction perspective. In my research, it became evident that Coke is not a good beverage as we are supposed to believe. The highly consumer friendly classifieds are nothing but marketing gimmicks aimed at gaining public support by portraying Coke as a healthy beverage. Of concern to me was that high fructose diet often converts into fat as compared to any other sugar. According to experts and the opinion I read online, this high conversion rate into fats is the major cause of weight gain. Just looking around, I could notice that a lot of people in the streets were overweight. More specific is that most people line in queues at fast-food joints displayed a similar character trait, that of being overweight. Could there be a connection between Coke addiction and weight gain? The answer is yes. One specific example from an online website detailed how the Diabetes Prevention Program at Louisiana State University Medical Center explained to International Congress on excess weight that it was the introduction of excess fructose corn syrup that obesity cases started to increase. In my

Reflections on Experience with Second Life Essay

Reflections on Experience with Second Life - Essay Example Being a downloadable client programme created by Linden Lab, San Francisco, United States gives the participants known as 'avatars' an opportunity to socialize and interact with other people of the virtual community, exchange views, buy or sell land and present their talents to the community. As per the website of 'Second Life', presently more than three million people have registered themselves with the community. With the growth of the broadband internet connections especially in the United States, where there is an increase from 30 percent (2005) of the Americans having a high-speed connection at home to 42 percent in 2006 has enhanced the passion for participation in this virtual world. This paper attempts to narrate the experience on the environments encountered in 'Second Life', the potential social and political implications of this virtual medium and also the possible future uses. As is being claimed by 'Second Life' this unique digital world offers a lot of opportunities to develop one's own skills by exhibiting what they are capable of creating. Especially people who are introverts and shy of meeting the other people in the real world can improve their socializing behaviour by interacting freely with other 'avatars' of this virtual world. People can give concerts, draw pictures; build houses and hotels and trade in any other commodities. All the trading transactions will be just like as happening in the real world. Because of the three dimensional effect of the site, one gets a feeling that he is interacting with the fellow community member in real life. This gives ample scope for the development of specialized skills of public speaking or playing musical instruments in front of an invited audience. People can shed their inhibitions. In 'Showcase'-one of the environment of 'second life' one can bring out his or her real talent to be appreciated by the fellow avatars. Second Life provides another opportunity of real time sales meetings with the customers and it is possible to make customer presentations through this media. Distance learning is another possibility which would be a very useful feature for the students to acquire a quality education. There are much more environments like business, property development and community interaction available in this virtual world which are distinguishably rare phenomena that need to be evaluated by one's own personal encounter and experience. 3.0 Social Variables Influencing Participation in 'Second Life': The social variables generally influencing any issue of importance are the Family Structure, Ethnicity, Language, Demography, Educational standards. Employment Status, Crime rates, Cultural Factors, Action by community based organsiations, Lifestyle issues, Recreational factors, Psychological factors and Historical dependence. This part of the paper analyses the influence of some of these social factors on the participation in 'Second Life. Of all these variables, recreational and psychological factors may have more impact on the participation than other variables. The people who feel shy and having inhibitions to present themselves to others in the real world may be more susceptible to participation in this virtual world. Similarly people who have more time at their disposal for recreation may well be influenced by this engrossing multimedia interaction and may see this as a

Emerging Leadership Trends And Theories Essay Example for Free

Emerging Leadership Trends And Theories Essay The contingency theory of leadership concentrates on the efficiency of leadership in terms of organizing, leading and making decisions for an organization, and it is dependent on matching a leaders style to the right situation. This theory was introduced by Fielder, who analyzed various leaders in different contexts, but mostly he studied on the military. The theory assumes that behavior and styles cannot be influenced or modified; it is contradictory to ‘situational leadership which emphasized the need for the leaders to adapt to the situation. Besides, the term ‘situation implies to a complex combination of leader-member relation, task structure, and position power. 1. Leader-member relation is an evaluation of leadership acceptance between the organizational hierarchies. Therefore, the relationship is high when the leader is respected and accepted by his or her juniors. 2. Task structure is an evaluation of the simplicity of the task or project and their methods used to achieve the end product. 3. Positional power is an evaluation of amount power the leader has to manipulate the productivity of the juniors. Therefore, the power is high if a great deal of power is formally attributed to the position of the leader. Transformation Leadership Theory Leadership expert James Burns introduced the transformation leadership theory. As per Bass, transformation leadership can be identified when leaders and followers cooperate in order to advance or change to a higher level of motivation. Therefore through the strength of their personality and vision, the leaders can inspire followers to change perceptions, expectation and motivation to work to attain a common goal. There are also four components of transformations leadership theory; 1. Intellectual stimulation arises when the leader motivates the followers to explore new ways of doing things and invent new opportunities to learn. Individual consideration that  involves encouraging and offering support to individual followers 2. Inspirational motivation arises when the leaders have a clear perspective that they can articulate to followers. 3. Idealized influence occurs when the followers emulate and internalize the leaders ideas that they usually respect and trust as their role model. Situational Leadership Theory Situational leadership theory was developed by a professor known as Paul Hersey. The fundamental underpinning situational leadership theory is that leadership depends on each situation. Therefore, there is no single leadership style that can be considered the best. A good leader is the one who can adapt to his or her objectives and goals in accomplishing his leadership. In fact, the capacity to assume responsibility, education, experience and goal setting are the main factors that make a leader successful. Also, the maturity or ability of the followers is a critical factor as well which facilitate good leadership.

Air Resistance on a Fan Car :: science

Air Resistance on a Fan Car Problem: When a large fan is blowing air against the fan car at three different speeds (high, medium, and low), then will the overall speed be lowered? Materials:  · Fan car (K’NEX pieces, small, battery-powered fan, wheels with tires)  · AA batteries  · Large 3-speed fan  · Timer  · Masking tape Process: 1. Load two AA batteries into the fan that is attached to the K’NEX car. 2. Mark a starting line and a finish line two meters away from each other with small pieces of masking tape. 3. Plug in the large fan and place it approximately 5 centimeters away from the finish line. 4. Place the fan car on the starting line with the small fan facing opposite the large fan. 5. For the first test, test the amount of resistance when the large fan is off. 6. Turn the small fan on and time how long it takes for it to reach the finish line with the timer. 7. Repeat this test for three trails and record times and observations. 8. For the second test, put the large fan on a low setting and time the fan car’s progress. 9. Repeat this test for three trails and record observations and results. 10. On the third test, switch the large fan to the medium setting and time. 11. Repeat the test three more times and record observations and times. 12. For the last test, turn the fan on the highest setting and time the fan car. 13. Record observations and organize all trails and times into a table and find the average time of each trail. Observations: In this particular lab there weren’t many things that I observed, though I will state the small amount that I did. I saw that there was a slight incline on the surface that we were testing the car on. I also observed that the wheel alignment kept making the car veer off to the right. When the small and large fans were on I could hear their engines going. And when I turned the small fan off I found that it was very warm in my hands. Hypothesis: If the fan car goes up against the wind provided by the large fan, then the car will go slower with increasing resistance, because there is more opposition between the two with every increase of speed. Data/Results: I organized my times, trails, and averages into a table and a graph to present my information. Results Chart Setting Trail 1 Trail 2 Trail 3 Average Time Distance Speed Air Resistance on a Fan Car :: science Air Resistance on a Fan Car Problem: When a large fan is blowing air against the fan car at three different speeds (high, medium, and low), then will the overall speed be lowered? Materials:  · Fan car (K’NEX pieces, small, battery-powered fan, wheels with tires)  · AA batteries  · Large 3-speed fan  · Timer  · Masking tape Process: 1. Load two AA batteries into the fan that is attached to the K’NEX car. 2. Mark a starting line and a finish line two meters away from each other with small pieces of masking tape. 3. Plug in the large fan and place it approximately 5 centimeters away from the finish line. 4. Place the fan car on the starting line with the small fan facing opposite the large fan. 5. For the first test, test the amount of resistance when the large fan is off. 6. Turn the small fan on and time how long it takes for it to reach the finish line with the timer. 7. Repeat this test for three trails and record times and observations. 8. For the second test, put the large fan on a low setting and time the fan car’s progress. 9. Repeat this test for three trails and record observations and results. 10. On the third test, switch the large fan to the medium setting and time. 11. Repeat the test three more times and record observations and times. 12. For the last test, turn the fan on the highest setting and time the fan car. 13. Record observations and organize all trails and times into a table and find the average time of each trail. Observations: In this particular lab there weren’t many things that I observed, though I will state the small amount that I did. I saw that there was a slight incline on the surface that we were testing the car on. I also observed that the wheel alignment kept making the car veer off to the right. When the small and large fans were on I could hear their engines going. And when I turned the small fan off I found that it was very warm in my hands. Hypothesis: If the fan car goes up against the wind provided by the large fan, then the car will go slower with increasing resistance, because there is more opposition between the two with every increase of speed. Data/Results: I organized my times, trails, and averages into a table and a graph to present my information. Results Chart Setting Trail 1 Trail 2 Trail 3 Average Time Distance Speed

Digital Fortress Chapter 42

Inside Node 3, Susan caught herself pacing frantically. She wished she'd exposed Hale when she'd had the chance. Hale sat at his terminal. â€Å"Stress is a killer, Sue. Something you want to get off your chest?† Susan forced herself to sit. She had thought Strathmore would be off the phone by now and return to speak to her, but he was nowhere to be seen. Susan tried to keep calm. She gazed at her computer screen. The tracer was still running-for the second time. It was immaterial now. Susan knew whose address it would return: [email protected] Susan gazed up toward Strathmore's workstation and knew she couldn't wait any longer. It was time to interrupt the commander's phone call. She stood and headed for the door. Hale seemed suddenly uneasy, apparently noticing Susan's odd behavior. He strode quickly across the room and beat her to the door. He folded his arms and blocked her exit. â€Å"Tell me what's going on,† he demanded. â€Å"There's something going on here today. What is it?† â€Å"Let me out,† Susan said as evenly as possible, feeling a sudden twinge of danger. â€Å"Come on,† Hale pressed. â€Å"Strathmore practically fired Chartrukian for doing his job. What's going on inside TRANSLTR? We don't have any diagnostics that run eighteen hours. That's bullshit, and you know it. Tell me what's going on.† Susan's eyes narrowed. You know damn well what's going on! â€Å"Back off, Greg,† she demanded. â€Å"I need to use the bathroom.† Hale smirked. He waited a long moment and then stepped aside. â€Å"Sorry Sue. Just flirting.† Susan pushed by him and left Node 3. As she passed the glass wall, she sensed Hale's eyes boring into her from the other side. Reluctantly, she circled toward the bathrooms. She would have to make a detour before visiting the Commander. Greg Hale could suspect nothing.

Hate Crimes: Matthew Shepard Essay

Wyoming, October 7th 1998. Aaron Kriefels is cycling in a remote rural area when he sees what at first he believes to be a scarecrow tied to a fence. He looks closer and sees not a scarecrow, but a young man badly beaten and close to death. The victims name was Matthew Shepard. On Dec. 1st 1976, Matthew Shepard was born in Casper, Wyoming. He attended elementary school in the states, but after his first year in high school his family moved to Saudi Arabia. He then attended the American School in Switzerland where he was elected as a peer mediator. His friends and peers felt comfortable talking to him and he was someone you came to when you needed advice. He was described by his father as â€Å"an optimistic and accepting young man who had a special gift of relating to almost everyone. He was the type of person who was very approachable and always looked to new challenges. Matthew had a great passion for equality and always stood up for the acceptance of people’s differences. â€Å"[1] In February 1995, during a high school trip to Morocco, Matthew was beaten, robbed, and raped, causing him to withdraw from school. According to his mother, from then on he was prone to experiencing panic attacks and depression. Although this time in his life was extremely difficult, Shepard still graduated in May then attended Catawba College in North Carolina and Casper College in Wyoming, before settling in Denver. Shepard became a first-year political science major at the University of Wyoming in Laramie, and was chosen as the student representative for the Wyoming Environmental Council. Shortly after midnight, on October 7th, 1998 Shepard met two men (Aaron McKinney and Russell Henderson) at the Fireside Lounge. He was offered a ride home, but shortly after leaving they robbed, pistol-whipped and tortured him, tying him to a fence leaving him to die. Matthew was left in the freezing cold suffering from his injuries before slipping into a coma. In total, it took 18 hours before he was found and rushed to the hospital. Upon arrival it became apparent that his injuries were too severe and the doctors couldn’t operate. On October 12th, Matthew Shepard died of his injuries, never having woken up from his coma. During the trial, McKinney tried to justify his actions by originally pleading that he and Henderson were driven to temporary insanity by alleged sexual advances by Shepard. I believe this is one of the key factors in understanding why people do what they do when it comes to homosexually based hate crimes. When men ‘check out’ or ‘hit on’ women they believe it is there right. The right to gaze upon a woman’s body is something they genuinely believe is a man’s right. There is no female equivalent to a man’s gaze. It is something that is seen as powerful and socially intimidating, and when the two men in the bar noticed Shepard looking at them it made them believe they were being hit on as if they were women. Both Aaron McKinney and Russell Henderson felt they needed to defend not only their masculinity but their heterosexuality. This is very important because, later on in the trial when McKinney states that while in the car Matthew made an apparent sexual advance toward him, instead of backing away McKinney begins hitting Shepard. After feeling like he had been emasculated back at the bar, I bet he was just looking for an excuse to exert power over Matt. Whether he had in fact made sexual advances toward Aaron isn’t the point, the point is that McKinney chose to defend his heterosexuality by literally beating the life out of him and showing him that he had the power. Both McKinney and Henderson were of slight build, but with Matthew being even smaller and only reaching 5’1 it only solidified in the minds of the two men their power of the homosexual man. What happens next is what changed this from a triggered â€Å"Gay Panic Defense† (which is, in my opinion a completely bogus and ridiculous excuse for those who can’t control their fists) to a hate crime and a murder. After severely beating Shepard in the moving truck, Henderson tied him to the fence. Their decision to tie his body up for everyone to see is part of their intensions to make it a public display of what they believe should be private. In an interview for the Laramie Project (a play based on the events of Matthew’s death), McKinney’s girlfriend tells writers about why the two men really decided to invite Matt into their car. After being disgusted at the thought of being hit on by a gay man they go to the bathroom where they plan to put on a gay pretense in order to lead Shepard into their vehicle and rob him. They wanted him to be punished for â€Å"coming onto straight people. † By lifting his body in midair and tethering him to the fence they were aware that someone would find him that way. They didn’t hide or trash or burry the body, they made it a spectacle. But in doing this, you can deduce that this murder wasn’t fully about Matthew Shepard. He was a trigger, he was someone they could take advantage of. They used his body to show not only to Matthew himself, but to Laramie and the surrounding community that they were defending their ‘manhood. ’ And in one of the most brutal ways you can imagine. Hate crimes towards people who are a different sexual orientation then others are more common than people think. There are a lot of organizations that try to help stop these hate crimes but I think that these situations should be in the news more often. People need to be more aware about what they say and what they do because you never know who could be listening. It could be your children who will take what you say as the truth. It could be someone walking near you or even in the same room and be deeply offended by what you say. You never know who you could offend, be it a friend, a co-worker or even a family member. People need to watch what they say because you never know who will be listening. Hate crimes must be stopped and it will take people to take action against it in order to make the world a better place.

Dates in June for Science, Trademarks and Inventors

Dates in June for Science, Trademarks and Inventors In the world of science, there are dates in June that are standouts for invention, patents, trademarks and a variety of achievements. Also worthy of mention are the birthdays of the men and women who made these innovations possible. For example, in 1895, the gasoline-powered automobile was patented in June. Also in June, a few years earlier (1887), the Coca-Cola bottle label was trademarked. A famous birthday, long ago, on June 7, 1502, was Pope Gregory XIII, who invented the Gregorian calendar in 1582, which is the same calendar in use today. Significant Happenings in June in the World of Science and Invention The following table outlines the dates of significant scientific events and inventor birthdays: Date Event Birthday June 1 1869Thomas Edison obtained a patent for an electrographic vote recorder 1826Carl Bechstein, German piano manufacturer, who invented improvements to pianos1866Charles Davenport, American biologist who pioneered new standards of taxonomy1907Frank Whittle, English aviation inventor of a jet engine1917William Standish Knowles, American chemist who developed pharmaceutical compounds (Nobel Prize, 2001)1957Jeff Hawkins, American who invented the Palm Pilot and Treo June 2 19062,ure a Grand Old Flag by George M. Cohan was trademark registered1857James Gibbs patented the first chain-stitch single-thread sewing machine 1758Cornelis Rudolphus Theodorus Krayenhoff, Dutch physicist, hydraulic engineer, cartographer and fortress architect June 3 1969New York Rangers was trademark registered1934Dr. Frederick Banting, the coinventor of insulin, was knighted 1761Henry Shrapnel, English inventor of shrapnel1904Charles Richard Drew, pioneer of blood plasma research1947John Dykstra, pioneer in the development of computers in filmmaking for special effects June 4 1963Patent No. 3,091,888 was granted to 6-year-old Robert Patch for a toy truck 1801James Pennethorne, architect who designed Kennington Park and Victoria Park in London1877Heinrich Wieland, German chemist, who researched bile acids; made the first synthesis of Adamsite; and isolated the toxin alpha-amanitin, the principal active agent of one of the worlds most poisonous mushrooms (Nobel Prize, 1927)1910Christopher Cockerell invented the Hovercraft June 5 1984Safety cap for a medicine bottle patented by Ronald Kay 1718Thomas Chippendale, English furniture maker1760Johan Gadolin, Finnish chemist who discovered yttrium1819John Couch Adams, English astronomer who codiscovered Neptune1862Allvar Gullstrand, Swedish ophthalmologist, who researched the refractive properties of the eye to focus images (astigmatism), and invented an improved ophthalmoscope and corrective lenses for use after removal of a cataract (Nobel Prize, 1911)1907Rudolf Peierls, physicist with a major role in Britains nuclear program, who coauthored the Frisch-Peierls memorandum, the first paper on constructing an atomic bomb from a small amount of fissionable uranium-2351915Lancelot Ware founded Mensa1944Whitfield Diffie, American cryptographer, was a pioneer of public-key cryptography June 6 1887J.S. Pembertons Coca-Cola label was trademark registered 1436Johannes Muller, astronomer who invented astronomical tables1850Karl Ferdinand Braun, German scientist who invented the first oscilloscope, known as the Braun tube, and invented a form of wireless telegraphy (Nobel Prize, 1909)1875Walter Percy Chrysler, car manufacturer who founded Chrysler Corporation in 19251886Paul Dudley White, heart specialist who was the father of preventive cardiology1933Heinrich Rohrer, Swiss physicist who co-invented the scanning tunneling microscope in 1981, providing the first images of individual atoms on the surfaces of materials (Nobel Prize, 1986) June 7 1946Eensie Weensie Spider by Yola De Meglio was copyright registered1953The first color network telecast in compatible color was broadcast from a station in Boston 1502Pope Gregory XIII invented the Gregorian calendar in 15821811James Young Simpson, Scottish obstetrician who discovered the anesthetic properties of chloroform, and successfully introduced chloroform into general medical use1843Susan Elizabeth Blow, American educator who invented kindergarten1886Henri Coanda, Romanian inventor and aviation scientist who designed early jet engines1896Robert Mulliken, American chemist and physicist, who was behind the early development of molecular orbital theory (Nobel Prize, 1966)1925Camille Flammarion, French astronomer and writer, was the first to suggest the names Triton and Amalthea for the moons of Neptune and Jupiter and published the magazine LAstronomie June 8 1869Ives McGaffey patented a carpet sweeping machine, the first patent for a device that cleaned rugs 1625Giovanni Cassini, French astronomer who discovered the moons of Saturn1724 John Smeaton, British engineer who invented the air pump for diving gear1916Francis Crick, British molecular biologist, physicist and neuroscientist, who co-discovered DNA structure and had a crucial role in research related to revealing the genetic code, and who also attempted to advance the scientific study of human consciousness with theoretical neurobiology (Nobel Prize, 1962)1955Tim Berners-Lee, computer pioneer who lead the development of the World Wide Web, HTML (used to create web pages), HTTP (HyperText Transfer Protocol) and URLs (Universal Resource Locators) June 9 1953Patent No. 2,641,545 was granted to John Kraft for the manufacture of soft surface cured cheese 1781George Stephenson, English inventor of the first steam locomotive engine for railroads1812Hermann von Fehling, German chemist who invented Fehlings solution used for estimation of sugar1812Johann G. Galle, German astronomer who discovered Neptune1875Henry Dale, British physiologist who identified acetylcholine as a possible neurotransmitter (Nobel Prize, 1936)1892Helena Rubinstein, invented different cosmetics and founded the Helena Rubinstein Company1900Fred Waring, American inventor of the Waring Blender1915Les Paul, American inventor who invented the Les Paul electric guitar, sound-on-sound, the eight-track recorder, overdubbing, the electronic reverb effect and multitrack tape recording. June 10 1952The polyester film Mylar was trademark registered1902A patent for the window envelope for letters was granted to H.F. Callahan 1706John Dollond, English optician and inventor who was granted the first patent for an achromatic lens1832Nicolaus Otto, German automobile designer who invented an effective gas motor engine and the first practical four-stroke internal combustion engine, called the Otto Cycle Engine1908Ernst Chain, German chemist and bacteriologist who invented a manufacturing process for Penicillin G Procaine and made it available as medication (Nobel Prize, 1945)1913Wilbur Cohen was the first hired employee of the Social Security System June 11 1895Charles Duryea patented a gasoline-powered automobile 1842Carl von Linde, German engineer and physicist who wrote the Linde-process1867Charles Fabry, scientist who discovered the ozone layer in the upper atmosphere1886David Steinman, American engineer and bridge designer who built the Hudson and Triborough bridges1910Jacques-Yves Cousteau, French oceanic explorer who invented diving gear June 12 1928The brightly colored, candy-coated, licorice candy, Good and Plenty was trademark registered 1843David Gill, Scottish astronomer known for research on measuring astronomical distances, astrophotography, and geodesy1851Oliver Joseph Lodge, English radio pioneer who invented spark plugs June 13 1944Patent No. 2,351,004 was granted to Marvin Camras for the magnetic tape recorder 1773Thomas Young, British philologist and physician who established the wave theory of light1831James Clerk Maxwell, Scottish physicist who discovered the electromagnetic field1854Charles Algernon Parsons, British inventor of the steam turbine1938Peter Michael, English electronic manufacturer and founder of Quantel, who invented hardware and software packages for video production, including UEI and Paintbox June 14 1927George Washington Carver received a patent for a process of producing paints and stains 1736Charles-Augustin de Coulomb, French physicist who wrote Coulombs Law and invented the torsion balance1868Karl Landsteiner, Austrian immunologist and pathologist who invented the modern system of classification of blood groups (Nobel Prize, 1930)1912E. Cuyler Hammond, scientist who was the first to prove that smoking causes lung cancer1925David Bache, English car designer who invented the Land Rover and Series II Land Rover1949Bob Frankston, computer programmer and inventor of VisiCalc June 15 1844Charles Goodyear was granted patent No. 3,633 for vulcanized rubber 1932Einar Enevoldson, American test pilot for NASA June 16 1980The Supreme Court declared in Diamond v. Chakrabarty that living organisms are products of human ingenuity are patentable 1896Jean Peugeot, French auto manufacturer who invented Peugeot automobiles1899Nelson Doubleday, American publisher who was the founder of Doubleday Books1902Barbara McClintock, American cytogeneticist, who lead in the development of maize cytogenetics (Nobel Prize 1983)1902George Gaylord Simpson, American paleontologist and expert on extinct mammals and their intercontinental migrations1910Richard Maling Barrer, chemist and the founding father of zeolite chemistry June 17 1980Ataris Asteroids and Lunar Lander are the first two video games to be copyright registered 1832William Crookes, English chemist and physicist who invented the Crookes tube and discovered thallium1867John Robert Gregg, Irish inventor of shorthand1870George Cormack, inventor of Wheaties cereal1907Charles Eames, American furniture and industrial designer1943Burt Rutan, American aerospace engineer who invented the light, strong, unusual-looking, energy-efficient Voyager aircraft, the first plane to fly around the world without stopping or refueling June 18 1935Rolls-Royce was trademark registered 1799Prosper Meniere, French ear doctor who identified Meniere Syndrome1799William Lassell, astronomer who discovered the moons of Uranus and Neptune1944Paul Lansky, American electronic-music composer and a pioneer in the development of computer music languages for algorithmic composition June 19 1900Michael Pupin granted a patent for long-distance telephony1940Brenda Starr, the first cartoon strip by a woman, appeared in a Chicago newspaper 1623 Blaise Pascal, French mathematician and physicist who invented an early calculator1922Aage Neals Bohr, Danish physicist who researched the atomic nucleus (Nobel Prize, 1975) June 20 1840Samuel Morse was granted a patent for telegraphy signals 1894Lloyd Augustus Hall, American food chemist who invented food preservation methods June 21 1834Cyrus McCormick of Virginia patented the reaper for the cultivation of grain 1876Willem Hendrik Keesom, Dutch physicist who was the first person to freeze helium gas into a solid1891Pier Luigi Nervi, Italian architect who designed the Nuove Struttura1955Tim Bray, Canadian inventor and software developer who wrote Bonnie, a Unix file system benchmarking tool; Lark, the first XML Processor; and APE, the Atom Protocol Exerciser June 22 1954The antacid Rolaids was trademark registered1847The donut was invented 1701Nikolaj Eigtved, Danish architect who built Christiansborg Castle1864Hermann Minkowski, German mathematician who created a geometry of numbers, and who used geometrical methods to solve difficult problems in number theory, mathematical physics and the theory of relativity1887Julian S. Huxley, English biologist who was a proponent of natural selection, the first director of UNESCO, and a founding member of the World Wildlife Fund1910Konrad Zuse, German civil engineer and computer pioneer who invented the first freely programmable computer June 23 1964Arthur Melin was granted a patent for his Hula-Hoop 1848Antoine Joseph Sax, Belgian inventor of the saxophone1894Alfred Kinsey, entomologist and sexologist, who wrote the famous Kinsey Report on American Sexuality1902Howard Engstrom, American computer designer who promoted the use of the UNIVAC computer1912Alan Turing, mathematician and computer theory pioneer, who invented the Turing Machine1943Vinton Cerf, American inventor of internet protocol June 24 1873Mark Twain patented a scrapbook1963The first demonstration of a home video recorder took place at BBC Studios in London, England 1771E.I. du Pont, French chemist and industrialist, who founded the gunpowder manufacturing company E.I. du Pont de Nemours and Company, now just called Du Pont1883Victor Francis Hess, American physicist who discovered cosmic rays (1936, Nobel Prize)1888Gerrit T. Rietveld, Dutch architect who built Juliana Hall and Sonsbeek Pavillion1909William Penney, British physicist who invented the first British atom bomb1915Fred Hoyle, cosmologist who proposed steady-state universe theory1927Martin Lewis Perl, American physicist who discovered the tau lepton (Nobel Prize, 1995) June 25 1929A patent was granted to G.L. Pierce for a basketball 1864Walther Hermann Nernst, German physical chemist and physicist who is known for his theories behind the calculation of chemical affinity as embodied in the third law of thermodynamics, and for developing the Nernst equation (Nobel Prize, 1920)1894Hermann Oberth, German rocket scientist who invented the V2 rocket1907J. Hans D. Jensen, German physicist who discovered the atomic nucleus (Nobel Prize, 1963)1911William Howard Stein, American biochemist who was known for his work on ribonuclease and for his contribution to the understanding of the connection between chemical structure and catalytic activity of the ribonuclease molecule (Nobel Prize, 1972)1925Robert Venturi, American modern architect who built the Sainsbury Wing of the National Gallery, Wu Hall at Princeton and the Seattle Art Museum June 26 1951The childrens game Candy Land was trademark registered. 1730Charles Joseph Messier, astronomer who catalogued M objects1824William Thomson Kelvin, British physicist who invented the Kelvin scale1898Willy Messerschmitt, German aircraft designer and manufacturer who invented the Messerschmitt Bf 109 fighter plane, the most important fighter in the German Luftwaffe1902William Lear, engineer and manufacturer, who invented jets and eight-track tape, and founded the Lear Jet company1913Maurice Wilkes invented the stored program concept for computers June 27 1929The first color television was demonstrated in New York City1967Baltimore Orioles and NY Jets trademarks were registered1967The name Kmart was trademark registered 1880 Helen Keller was the first deaf and blind person to earn a bachelor of arts degree June 28 1917Raggedy Ann doll was invented1956First atomic reactor built for private research starts operations in Chicago 1824Paul Broca, French brain surgeon, the first person to locate the speech center of the brain1825Richard ACE Erlenmeyer, German chemist, who invented the conical Erlenmeyer flask in 1961, discovered and synthesized several organic compounds, and formulated the Erlenmeyer rule1906Maria Goeppert Mayer, American atomic physicist, who proposed the nuclear shell model of the atomic nucleus (Nobel Prize, 1963)1912Carl F. von Weiszacker, German physicist, who performed nuclear research in Germany during WWII1928John Stewart Bell, Irish physicist who wrote Bells Theorem June 29 1915Juicy Fruit chewing gum was trademark registered 1858George Washington Goethals, civil engineer who built the Panama Canal1861William James Mayo, American surgeon who started the Mayo Clinic1911Klaus Fuchs, German nuclear physicist who worked on the Manhattan Project and was arrested for being a spy June 30 1896William Hadaway was issued a patent for the electric stove 1791Felix Savart, French surgeon and physicist who formulated the Biot-Savart Law1926Paul Berg, American biochemist known for his contributions to research in nucleic acids

A Useful Reminder About An

A Useful Reminder About An A Useful Reminder About An A Useful Reminder About An By Maeve Maddox English has two forms of the indefinite article: a and an. In modern usage, the form a is used in front of words that begin with a consonant sound; an is used in front of words that begin with a vowel sound. The following uses of an are nonstandard in modern English: OK, I admit it, I dont see why the iPad would be an useful device. Plot is an unique feature that indicates the address of the place. Found an useful paper on grid generation Fastest way to find an unique element out of given numbers We are an uniform based school and the design of our uniforms has been a careful and consultative process with executive, staff, student and community. It may be that writers who put an in front of unique or useful have misunderstood the rule; perhaps they think that an goes in front of any word that begins with u, regardless of how the u is pronounced. Although the letter u usually represents a vowel sound, it does not always do so. Such words as umbrella, undertaker, and ugly do begin with a vowel sound, [uh]. These words should be preceded by an: an umbrella an undertaker an ugly dog Sometimes, u represents a consonant sound that incorporates the y sound heard at the beginning of yellow: unique [yoo-neek] useful [yoos-ful] usual [yoo-zyoo-l] I’ve never heard anyone pronounce the word an in front of one of these words, although I suppose that somewhere in the world someone may talk that way. For a speaker who pronounces the word unique as [uh-neek] or [oo-neek], there would be some justification for writing â€Å"an unique feature.† What I think is that some speakers say â€Å"a useful paper† but go to write it and think it â€Å"looks funny† with a instead of an. In the case of an before a word that begins with u, let your ear guide you: a useful device, but an unusual device a unique feature, but an ultra-interesting feature a useful paper, but an undervalued paper a unique element, but an unknown element a uniform-based school, but an unconventional school Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Spelling category, check our popular posts, or choose a related post below:5 Uses of InfinitivesWhen to Form a Plural with an Apostrophe12 Misunderstood and Misquoted Shakespearean Expressions

Challenge facing the electric utility industry Scholarship Essay

Challenge facing the electric utility industry - Scholarship Essay Example As stated by the American Council For an Energy Efficient Economy, spending of various utilities in the United States has increased from $1.6 billion in 2006 to around $5.9 billion. Reserves from energy efficiency programs amounted to close to 22.9 million MWh in 2011. This was a 20% increase from 2010. Energy efficiency programs have been supported by utilities as they are cheaper than building power lines and plants. Electric sales are not increasing because many businesses and individuals are using solar panels. According to the Interstate renewable Energy Council, in 2008, photovoltaic installations increased from around 1,000 MW to 7,250 MW. These installations are reducing electric sales. Usage of solar is expected to increase as the prices are dropping. Over the years, demand growth on improved efficiency has been reducing. According to the Energy Information Administration, they expect demand to grow in the United States by 0.9% only yearly through 2040. Consumption of electricity reduced when Americas economy was in recession. Utilities in the U.S. are spending billions in new transmission lines and pollution control projects. An increase in demand growth would assist the utilities in spreading the costs across an increasing customer base. Howland, Ethan. â€Å"The four greatest challenges utilities face in 2014.† Utility Dive. 9 December 2013. Web. 10 March. 2015.

Code of Ethics paper Essay Example | Topics and Well Written Essays - 500 words

Code of Ethics paper - Essay Example To conduct his duty, network administrator has given an authority to access the data, accounts or files of other users so they fix them when problem occurs and also keep an eye on unethical activities. Network administrator has to follow certain principles and rules that are intended to serve as a guideline for his work based on the principles of right or wrong. Privileged access to other user’s accounts, files and data has been given to network administrator to carry out specific job duties that come up with a lot of responsibility. Privileged access is used to perform only system related duties, that may include installing a system software, relocating the files of the users in case of overloading, to return a system to its normal functioning for fixing files and processes or to check programs running for security purposes. Privileged account administrators shall take necessary precautions to keep the information of users confidential while performing their duties and shall not try to misuse the personal information of the users. Network administrator can access the personal or professional information of a user connected to his network. He can cause damage to his personal life, get access to his bank accounts, abuse the sick time and so forth. At one hand, access to someone’s data is a high security risk while on other it is extremely immoral. The easiest way to consider a code moral or immoral is to implement the code against oneself. In the given scenario, a network administrator would never like to misuse his personal data by someone else. For professional matters, it is against prestige, income, and especially autonomy of the profession to misuse other’s information. On the other hand, if the data is misused it decreases the company’s value in their customer’s eye and business world which makes it a corporate code. Lastly, as far as government bodies are concerned, they have criminal laws against a person found to abuse