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Lithium is an element with the atomic number 3 on the periodic table. Its atomic symbol is Li. Lithium belongs in the most reactive group on the periodic table which is called alkali metal. Lithium under standard conditions is the lightest metal it is also one of the least dense solids. Lithium has an atomic mass of 6.94 and density of 0.534. Lithium is a soft silver white looking metal. Lithium melts at 357 degrees and boils at a temper of 2426 degrees. Thanks to lithium's ability to reach…

The garnet ferrites have the general formula RFe5O12, where R is one of the rare earth metal ions (Y, Gd, Dy, Sm, Eu, Ho, Er, Tm, Tb and Lu). The first trail for synthesis of garnet Yttrium ferrite (Y3Fe5O12) was done by Bertaut and Forret in 1956 [39], this trial was followed by another one in 1957 when Geller and Gilleo prepared and investigated Gd3Fe5O12 [40]. The garnet ferrites have complex crystal structure with cubic shape. The cubic unit cell of garnet ferrites R3Fe5O12 contains 8…

MEMORANDUM TO: Ellie Glazer, Human Resources Manager FROM: Mohammad Windu, HRM supervisor DATE: August 31, 2014 SUBJECT: Sonora Plant Manager Candidates Criteria and Training Plan _____________________________________________________________________________________ Because of the imminent inauguration of Sonora plant, Mexico, I am pleased to suggest you the method how to selecting names of the candidates for managers that will projected to fill the vacancies. The recruitment staff has…

The symbol of boron is a just a capital B. The atomic number of boron is 5. Boron’s mass is 10.811 grams. Boron has 5 protons, 6 neutrons, and 5 electrons. The Periodic Table lists elements in numerical order from the smallest atomic number to the largest atomic number. That is why boron is the 5th element on the Periodic Table. It comes after beryllium and before carbon. Boron was discovered on June 30th in 1808. It was discovered by French chemists, Louis-Jaques Thénard and Joseph-Louis…

Holmium is a brilliant dim metal found in the lanthanide section on the periodic table, which is for the most part appeared at the bottom of the periodic table. This element has 67 protons in its nucleus, which implies it is the 67th component on the periodic table. Holmium is pliable, which infers it can be bowed and folded. It is the foremost magnetic component of the periodic table. The name comes from the element lanthanum. The lanthanides are also known as rare earth elements. Although…

Spongebob Heart shaped gummy Krabby Patties candy. the wrapper is small and rectangular and on the top and bottom the pattern is spiky like the pattern on the teeth of a saw it has a smooth texture the candy is small and it is stacked to look like a burger but each individual piece is shaped like a heart there are four individual pieces it feels smooth except for the top piece which is a little bumpy the colors are a really light brown,a really dark green,a darkish pink,and a tan brownish color…

and the Wardrobe, Lewis utilizes a myriad of components, or symbols, to create an allegory of Christianity. These components suggest Lewis was crafting this story to convey Christian concepts. Examples of religious symbolism include Aslan, the stone table, the beavers underlying characteristics, the children’s “title”, and even the White Witch. Aslan is a character who strongly resembles Jesus Christ. Within the first few chapters, the fawn and the beavers speak of Aslan as though he holds…

Introduction For the most part, the periodic table groups atoms together which are similar in structure and property. Groups or columns share similar electronic configurations, on which a variety of properties are based1. In the lab, the tested elements include those from Group 1, Group 2, Period 3, Period 4, Period 5, Period 6, and a series of metals (Calcium, Copper, Iron, Magnesium, Tin, Zinc). Group 1 elements have one valence electron and are extremely reactive. Most of the time, compounds…

course entitled Principles of Chemistry I. Currently, I need to learn and store trends of the periodic table. One particularly hard area is electron affinity and ionization energy trends. Electron affinity is how willing an element is to gain an electron, and ionization energy is how willing the element is to lose an electron. Remembering which direction each of those two trends go on the periodic table has been difficult for me. I’m trying to store this information in my long-term memory…

Paragraph 1 The structural evolution of FePO4 studied from a temperature range of 294K to 1073K by neutron powder diffraction. It is unique from α-quartz isotopes. It is different because it’s a cation is a transition metal. The structure dimensions and atomic coordinates in the α phase tend to increase by great amounts as the high-temperature β-phase rises and exhibit first order transition at 980K. The atomic structure dimensions of the α-phase FePO4 increased in a non-uniform pattern with…