...elements of teamwork :: http://smallbusiness.chron.com/elements-teamwork-workplace-692.html ::http://www.ask.com/question/what-are-the-elements-of-effective-teamwork What Are the Elements of Effective Teamwork? Some of the elements of effective teamwork include commitment, trust, adaptability, creative freedom, communication and diversity of capabilities. These elements are need especially if the team needs to face new challenges and perform strategic tasks. Collaboration Collaboration is an important element to any team. According to Penn State University, teamwork allows projects to get done that one person alone is not able to complete. Members of the team bring in their own experiences and level of expertise to a project to help create an effective finished product. To collaborate effectively the team must be able to communicate and share ideas, and there also needs to be a feeling of respect in place for each team member's contribution. Conflict Resolution After a team has started working together there can be conflict, according to the online Reference for Business. Some people feel their ideas are not being heard, and others feel that their ideas should always be part of the team's solution. There could also be a struggle for leadership of the group that can threaten to diminish the group's effectiveness. The element of conflict resolution within a team means leaving room for everyone's contributions, developing the ability to listen to all ideas and creating...
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...chemical elements are hydrogen and helium, both created by Big Bang nucleosynthesis during the first 20 minutes of the universe[6] in a ratio of around 3:1 by mass (or 12:1 by number of atoms).[7][8] Almost all other elements found in nature were made by various natural methods of nucleosynthesis.[9] On Earth, small amounts of new atoms are naturally produced in nucleogenic reactions, or in cosmogenic processes, such as cosmic ray spallation. New atoms are also naturally produced on Earth as radiogenic daughter isotopes of ongoing radioactive decay processes such as alpha decay, beta decay, spontaneous fission, cluster decay, and other rarer modes of decay. Of the 98 naturally occurring elements, those with atomic numbers 1 through 40 are all considered stable. At least one isotope of each element with atomic numbers 41 through 82 is apparently stable (except technetium, element 43 and promethium, element 61, which have no stable isotopes) but theoretically unstable (in that their fission would release energy) and thus possibly mildly radioactive.[10][11][not in citation given] The half-lives of elements 41 through 82 are so long, however, that their radioactive decay remains undetected by experiment. These "theoretical radionuclides" have half-lives at least 100 million times longer than the estimated age of the universe.[citation needed] Elements with atomic numbers 83 through 98 are unstable to the point that their radioactive decay can be detected. Some of these elements, notably...
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...Literary elements in “ She walks among the untrodden ways” Jacqueline Garcia ENG125: Introduction to Literature Robert Frost says, "There are three things, after all, that a poem must reach: the eye, the ear, and what we may call the heart or the mind. It is most important of all to reach the heart of the reader." (Clugston, 2012) How true is this? Each writer has to tap into the sense on the reader to convey each ones feelings. How is it that we can take their attempts to do just that and understand it from a reader stand point? The answer is key literary elements; there are many kinds of literary elements that can allow readers to do this without completely getting frustrated and giving up on wonderful pieces of literature. Identifying the key literary elements in literature allows for a deeper understanding and appreciation for the particular piece that’s being read. The elements help articulate a response and a reactions to what the author is trying to convey, or wants to you grasp from it. While reading a particular piece of literature by Willaim Wordsworth called “She dwelt among the untrodden ways” (Wordsworth, 1798) I found that the three key elements that help me gain a response and capture a reaction to the poem were figurative language, tone and theme. Each one allowing me to better understanding of what the author was trying to convey. Some people might get one thing from it and other another but non-the less his message will be convey something to whomever reads...
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...Introduction Even when look out our window everything around us are composed of atoms rather we can see them or not. Some elements are bonded with a variety of atoms to help form the molecules. All matter is made up of atoms that are very small, so small that they human eye cannot see. It does not matter if the liquid, solid, or gas even if it is a mixture or pure. These basic elements are the same elements that make up what is known as the periodic table. Mendeleev Demetri Mendeleev created the periodic table and was trying to put the elements in order by the weight that he saw. As the weights grew from time to time the attributes of one element may be similar to those Mendeleev listed. So Mendeleev would put the elements in a column that were alike chemically (Tro, 2009). All chemicals in the vertical rows of the periodic table were considered to be family because the attributes were a lot alike. In group 1A of the table of elements are the alkali metals, in column 7A are the halogens (Tro, 2009). Noble gases are in the column of 8A, the noble gases are in this specific column because they are gases that are unreactive because the shell has being closed. So because of similarities Mendeleev built has table of elements based on similarities. Atoms Atoms are considered the smallest existence that has similar attributes of an element, but the atom cannot be broken down into a smaller part. The formation of molecules happens when two or more atoms are put together, which...
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...The Honda Element Honda was very successful with launching a small SUV It became small SUV of the year 2003 (voted by the Automobile Magazine). Impressive sales were made like in 2004, 75,000 cars were sold, which were more than they expected. It definitely seams like that Honda invented a very good product, which went through an immaculate product process. You can see that the car is totally designed for a comfortable and universal use. While creating the vehicle Honda focused on customers´ needs. This is why they built relationships with their targeting customers to get to know what they really want and expect of a vehicle. Honda offers enough space to go on vacations or for transporting any kind of bulky things. Despite it is not as huge as a Van and still well to use in the city. Moreover it has a remarkable engine with 160 horsepower at 5,500 RPM, provided 26 miles per gallon and met all emission standards (California). It need to have a unique appearance and has also to provide a nice driving experience. The design team had 4 design themes in which the new “element” has to fit to, adaptability/modularity, authenticity, functionality, and attitude/expression. Nevertheless a good marketing and advertisement had to be made. Honda built a whole new image for their “element”. They sponsored untypical events like surf events and tailgate parties at universities. Their TV commercial had a lifestyle subject in which groups of the young Gen Y going to the beach or to...
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...The Element Neon Discovery of Neon The periodic table is prearranged like a large grid. Each element is placed in a specific location because of its atomic structure. The periodic table consists of one hundred eighteen elements in total. Neon is one of those elements within the Periodic table and NE symbolizes this element. Neon has an atomic number of 10 which is the number of protons in the nucleus and an atomic weight of approximately 20 which is the average mass of the atom. The interesting fact is that Neon gets its name from the Greek word “Neos” which means new. The element Neon was discovered by a Scottish chemist named Sir William Ramsay and an English chemist named Morris M. Travers at University College London. These two had also...
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...Elements of the Periodic Table Krystal Fauvie CHM110 Monday June 10, 2013 Tobey Tam Elements of the Periodic Table Elements The two elements that will be discussed are Iron (FE) and Potassium (K). The paper will discuss the periodic nature and properties of each of these elements, where each are categorized on the periodic table and how each is classified. The importance of each of these elements in nature and its use. Any drawbacks with the elements will also be discussed. Periodic Nature and Properties The first element is Iron (Fe) its atomic number is 26, it is silver in color, a lustrous metal and is a very magnetic solid. Iron is very strong and malleable. It has a very high melting point of 2800 °F and a boiling point of 5182 °F. (Winter, 1993-2012) The atomic mass of Iron is 55.87 and has a density of 7.87g/cc. It is in the transition metal category of the periodic table. Iron has very high oxidation properties and when exposed to air will react with the oxygen and form rust. The second chemical element that will be discussed is potassium (K). Potassium’s atomic number is 19, its atomic weight is 39.0983. It has a boiling point of 146.08 °F, a melting point of 1398 °F and a density of856 kg m-3. (Winter, Web Elements, 1993-2012) Potassium like iron is a silvery white color and is in the alkali metal group on the periodic table and oxidizes very quickly. It is very reactive and the least dense known metal. Importance in Nature Iron is found in nature...
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...Atoms, Molecules, and Elements Michelle Faunce-Carroll CHM/110 - INTRODUCTORY CHEMISTRY BSDT1HX1M4 WILLIAM DE VORICK AUGUST 10, 2015 Atoms, Molecules, and Elements Atoms, Molecules, and Elements are a part of everything we do in life. Most people don’t recognize the extent that chemistry plays in our everyday lives. From the foods we eat, to the products we use for cleaning ourselves, our homes, our cars; atoms, molecules, and elements are a part of all of these things. Dmitri Mendeleev began studying elements in the early 1800’s. Through his learnings he found that elements are sortable, have similar properties, and are even predictable. In addition to this his research also led to his coming up with the periodic table. Thanks to Dmitri Mendeleev we can now know the way molecules are formed. Because of this we know the charge of the elements, which in turn helps us to know how they will react with each other when combined, we are able to predict if this will be a good or bad reaction. Grouping elements into families was first taught by Dmitri Mendeleev. He began by studying their atomic weight, charge, and reactivity. And then grouping the elements with similar properties within the same family. Within these families we can look at how they would react with other elements on the periodic table. Take hydrogen for example when this is paired with oxygen to form H2O, you have to have 2 hydrogen...
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...Atoms are the smallest entities which resemble the properties of an element and cannot be broken down into smaller parts. Molecules are formed when two or more atoms are combined. This formation can happen in a variety of ways. When two oxygen atoms join O2 is formed, and when three oxygen atoms join O3 or ozone is formed. Both of these have different properties. Different atoms can also combine to form molecules. Hydrogen combines with sulfur to form H2S and hydrogen and oxygen also combine to form H2O. Dmitri Mendeleev’s Periodic table is based on atomic weight, whereas, the modern periodic table keeps the atomic number as the base. An atomic table arranges elements from left to right in a row with the atomic number and properties gradually changing. The elements on the next row will actually exhibit similar properties as the ones above or below it. This provides an example of the periodicity nature of the elements. The columns of different elements in a period have the same or very similar properties. The properties of the elements change gradually as the columns move down through the periodic table. Atoms in similar families, such as H2S and H2O, exhibit both similar properties and molecular structure. This shows periodicity in both the molecules and the individual atoms. Alkali metals contain a single electron in their outer shell rendering them highly reactive. This allows them to be ready to donate this single electron to form molecules with substances...
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...There are 118 elements on the periodic table, but not all of them actually occur on Earth. An element is any substance that cannot be chemically broken down into simpler substances. While most of these are naturally-occurring, synthetic elements are created artificially in a laboratory. They make up about 20% of the periodic table. Synthetic elements can be created in different ways and have several uses in science as well as everyday life (Lagowski et al., 2016). The first synthetically-created element was technetium, atomic number 43. It was created by Carlo Perrier and Emilio Segre in 1937 (Thomas Jefferson National Accelerator Facility, n. d.). Since then, scientists have created promethium, atomic number 61; astatine, atomic number...
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...Atoms, Molecules, and Elements Atoms, Molecules, and Elements Take a look out the window. Consider that everything that you can and cannot see is composed of atoms. Some of these may be bonded with other atoms to form molecules. All matter is composed of atoms that are too small to see. Weather the matter is liquid, gas or solid, pure or a mixture. It is the basis for elements that make up what we know today as our periodic table. Demetri Mendeleev was trying to organize the elements into a table by weight when he noticed that as the weights increase occasionally the properties of one element would resemble those of an element he already listed so he placed these elements in a column under the ones they resembled chemically ( Capri, PhD, 2003). Each chemical in the vertical rows on the periodic table are considered families or groups because they have properties that are similar to each other. All the chemicals in group 1A of the periodic table are considered alkali metals. Alkali metals are similar in that each of them has only one atom in the outermost shell and they are very reactive when combined with other elements. All elements in column 7A are halogens. Halogens are also highly reactive oxidizing agents that are called “salts”. All halogens have 7 electrons in their outer shells, giving them an oxidation number of -1 ( Bodner Research Web, n.d.). Noble gases can be found in Column 8A. These elements are all considered to belong in this column because they are all...
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...Atoms, Molecules, and Elements Paper Candace Jefferson March 8, 2016 Charles Chau Chem/110 Atoms are the smallest particles and have the resemblance properties of an element they cannot be broken down and this is considered the building blocks. The atom has a nucleus that is surrounded by electrons. An atom can be negatively or positively charged just depends on the surrounding particles. Molecules are formed when there is a group that is formed and then they are bonded together. It will all depend on how they are bonded that will determine the type of element that will be formed. The periodic table was created by a Russian chemist by the name of Dimitri Mendeleev. He created this table so that everyone would be able to see all of the things that he is able to see. This table is used all through the school system helping people all over the world understand chemistry and making it a lot easier. He wanted it to be organized in a way so that it will be in a group separating certain characteristics. The main purpose of the periodic table was to show the chemical properties explaining the similarities and the differences between everything that he would have on the periodic table. “Mendeleev...
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...The founder of the element Uranium was discovered by Martin Heinrich Klaproth. He was born on December 1, 1743, in Brandenburg, Germany. He was the leading chemist of his time and he was a pharmacist for a great deal of his life. In 1787 he become a lecturer to the Royal Artillery, and when a university was founded he was selected to be a professor in 1810 to teach chemistry. Other than Uranium Klaproth discovered the elements Titanium and the element Zirconium. Uranium's atomic number is 92 and it is highly radioactive. It can be used to make nuclear weapons, which has the power that can destroy countries. It discovered during a mineral pitchblende ( mix of uranium oxides). There is more than one type of uranium, such as there is Uranium dioxide,...
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...TASK 1 – PHYSICAL PROPERTIES OF SOME ELEMENTS AND COMPOUNDS | |Test for | | | | |Substances | | | |Electro |Thermal conductivity|Solubility – is it |Melting point? |Boiling point | | |conductivity: does | |soluble in water? | | | | |it conduct | | | | | | |electricity? | | | | | | | | | | | | | |As solids |In solutions | | | | | |Potassium chloride | |Slightly conductive | |__ |7700C |15000C | |Sodium chloride | |Quite | |Soluble |14650C |8010C | | | |Conductive | | |266900F |1473.40F | |HCL | |Slightly conductive | ...
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...Sulfur is the chemical element of atomic number 16 a yellow combustible nonmetal. Sulfur (S) is a bright yellow nonmetallic element. It is a naturally occurring element, but can also be extracted from common minerals. Sulfur has been in use since ancient times and is mentioned in the Bible and the Torah. http://www.sciencekids.co.nz/sciencefacts.com. In 1777, French chemist Antoine Lavoisier managed to convince the scientific community that sulfur was not a compound but in fact a basic element. The melting point of sulfur is 247.3 °F (119.6 °C) and the boiling point is 832.3 °F (444.6 °C). Sulfur is non-toxic in its pure element form and in the sulphate form, but its compounds such as carbon disulphide, hydrogen sulphide and sulfur dioxide...
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