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What are more examples of the malleable elements

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Iron, Lead, Zinc, Titanium, and Cobalt are all Malleable Elements. Malleability is one of several general physical properties of metals and metallic compounds. [ Source: http://www.chacha.com/question/what-are-more-examples-of-the-malleable-elements ]
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What are more examples of the malleable elements
http://www.chacha.com/question/what-are-more-examples-of-the-malleable-elements
Iron, Lead, Zinc, Titanium, and Cobalt are all Malleable Elements. Malleability is one of several general physical properties of metals and metallic compounds.

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What kind of item can be these chemistry words?
Q: What items can I find easily for the following1. an element2. a heterogeneous mixture3.A homogeneous mixture4. A gas-liquid solution5. a malleable substance6. a substance which a volume of 5-10 cm37. A mixture that can be separated by filtration8. a substance with a density more than 1g/mL9. a metal10. a nonmetal11. an edible example of physical change 12. an edible example of a chemical change
A: http://chemistry.about.com/od/chemistry101/a/scavenger_2.htm
Physical science questions (multiple choice)?
Q: I tried researching these but, I found nothing. And I don’t have my textbook. Can you help me plesae? Doesn’t have to be all of them.1)The melting point of silver is a____.a chemical changeb chemicl propertyc physical propertyd physical change2) And example of a chemical property is _____.a magnet on fridgeb dew disappearing from grassc mashing potatoesd frying a hamburger3) The mass of the products from a chemical reaction _____ the mass of reactants.a greater thanb less thanc same asd may be more or less than4) In general nonmetals are ____.a good conductors of electricityb malleable and ductilec good conductors of heatd gases at room temp5) In general metals are ____.a poor conducters of electricityb brittlec poor conductors of heatd good conductors of heat6) The atomic number is the number of ____ in the nucleus.a electronsb neutronsc positronsd protons7) The ability of a pond to freeze is ___.a physical propertyb chemical propertyc physical changed chemical change8) 3 examples of physical change are ____.a boling water, nail rusting, melting candleb pond freezing, breaking glass, burning candlec melting ice, mowing lawn, carving statued applying lipstick, making lemonade, baking bread.9) which form of energy is released or absorbed in most chemical reactions?a light energyb electrical energyc sound energyd heat energy9) Do isotopes have same number of protons, different number of neutrons? Yes or no?10) which is not a sign of chemical change?a change in stateb change in colorc release of gasd release of energy11) What would a equation with copper and oxygen looks like?12) a solution with a pH of 13 is ____.a weak acidb weak basec strong acidd strong base13) what are the 6 major elements that make up living matter?14) How many chemical bonds can each carbon atom from?a 1b 2c 3d 4Thank-you, I’m sorry it’s so much it’s a 89 question pre-test. But, thanks.
A: 1-c2-d3-c4-d5-d6-d7-a8-c9-d10-yes11-a12- 2Cu +O2 –> 2CuO (formation of Copper(II) Oxide)13-d14- Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus, Sulfur15-4I did it rather quickly, it should be all correct.
Could you make for me a brief summary of this track?THANK YOU =)?
Q: In the table of elements it can be seen that metals are for more numerous that non-metals.Because of their similar properties metals are on the left of the periodic table and non-metals from a group on the right. A small number of elements are metalloids. The properties of metals are: shiny, ductile, malleable. Are good conductors of heat, have specific weight heavier than non-metals and are good conductors of electricity. The properties of non-metals are: dull, neither ductile, nor malleable, usually have melting and boil points lower than metals. Are poor conductors of heat, have specific weight lighter than metals and are poor conductors of electricity. Each elements has a specific name, a symbol and an atomic number. The symbol consist of one or two letters of the alphabet. The symbol explain what elements are in the compound. The numbers tells us the number of atoms in the molecule. For example NaCl contains 1 natrium atom and 1 chloride atom.Let’s take a look at why and how elements combine to form the molecules of every substance around us. If there are 2 electrons in a single shell surrounding the nucleus or 8 electrons in the outermost shell in the case where the atom has more than one shell, then the atom is said to be stable. This means that the atom does not react with any other kind of atom and thus remains isolated and inert. If the outer energy level or shell is incomplete, having less than the numbers stated above, the atom is said to be chemically unstable. These atoms tend to react with other atoms until they reach an external energy level of 2 or 8 electrons ,thus becoming a stable compound.The force of attraction between one atom and another may create molecules which have two types of chemical bond. If one atom gives away electrons to another which receives them, the bond is called ionic. On the other hand, if the electrons are shared by both atoms, the bond is called covalent. An atom of hydrogen has only one electron in it’s a single shell. To reach a state of stability, two atoms combine to form a molecule H2 in which the atoms share two electrons. So this bond is covalent. Atoms of different elements may also combine in this way. For example, in the case of water H2O, an atom of oxygen which has six electrons in its outer shell shares electrons with two atoms of hydrogen, thus creating a stable compound with 8 electrons in its outer shell. The situation is different in the case of common salt (sodium chloride) which consist of one atom of sodium combined with one atom of chlorine to form the compound NaCl.The sodium atom has only one electron in its outermost shell which it releases to the chlorine atom becoming Na+. The chlorine atom has seven electrons in its outer shell. By receiving one electron it stabilizes as it now has 8 electrons and becomes Cl-. The bond is therefore called ionic.The number of electrons in the outermost shell of an atom determines the valency of the particular element. Looking at written formulas of compounds, we note that some atoms are connected by a single tie, some by two and others by as many as six. These ties show the combining power or valency of the elements. It may be seen that hydrogen is taken as the unit because an atom of hydrogen has the lowest combining power of all the elements. Substance which have a single tie like hydrogen are called univalent elements. An atom of oxygen combines with two of hydrogen, thus oxygen forms part of a large group of elements having a valency of 2 which may be called diads or divalent.Carbon is a tetrad or quadrivalent as can be seen from the formula CH4 (methane) or CO2 (carbon dioxide).THANK YOU =*
A: Hi – I’m afraid I don’t quite understand your question. This is a pretty succinct outline of how chemicals and chemical bonds work – although you should note that, at the end of your first paragraph, NaCl is composed of 1 Sodium (or Natrium, to use the Latin) and one Chlorine (not chloride – chloride is the Cl- ion, not the neutral Cl atom).If you’re looking for an even more condensed summary of this material, it will likely be hard to find – this is pretty well organized. If there’s a certain principle you’re having trouble with, could you please be more specific?Thanks, and good luck!
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