the more metallic element will be the one below in group # or the one closer to the left in the period( the more metallic will be the one closer to the bottom left corner) since they have the lowest ionization energy and lower electronegativity
Chlorine has the most metallic character among fluorine, chlorine, bromine, and iodine since it is the closest to the metalloids in the periodic table and exhibits some metallic properties. Fluorine is the most non-metallic element of the group.
Different atoms have different numbers of protons because the number of protons in the nucleus determines the element. Elements are defined by the number of protons they possess -- this is what sets one element apart from another.
Reduction potential indicates an element's tendency to gain electrons and undergo reduction. Elements with higher reduction potentials are more likely to be reduced and are considered more stable in their reduced form, while elements with lower reduction potentials are less stable and more likely to be oxidize or lose electrons.
It partly depends on how much you have. For example, it would be easy to tell the difference between silver and gold if you had enough of each. Similarly you could easily tell the difference between tin and hydrogen. But if you onlyhad a few atoms of each it would not be easy. You could try to combine the elements with another element and dissolve the residual companound in water and do a chromatograhy test on each one.
The oxidation number of an element tells you the charge that the element would have if electrons were transferred completely during the formation of a compound. It can help to determine the type of chemical reactions that an element is likely to undergo.
Tells you where this element resides in the period table. tell you which group,,metallic , gas, or liquid.
only non metals are acidic, covalent bonding only occurs between nonmetals, metallic bonding between metals. If it is shiny it is most likely a metal except unless it is a diamond or silicon. Also you can tell on the periodic table
Chlorine has the most metallic character among fluorine, chlorine, bromine, and iodine since it is the closest to the metalloids in the periodic table and exhibits some metallic properties. Fluorine is the most non-metallic element of the group.
it has more electrons in the product than in the reactant
The location of an element in the periodic table of elements tells you its general chemical properties. Elements are of essentially 3 types, metal, non metal, or noble gas (which is a special type of non metal) and those all have their own locations on the table; in addition you can tell a lot about how chemically active an element is, or in other words, how metallic is it, or how non metallic. We know for example, that the the halogens, in group seven, are most non metallic at the top of the table, and become progressively less non metallic (or in other words more metallic) as you go down the column. The noble gases are at their most inert at the top of the column. And so forth.
There is usually a small sticker, usually metallic, it is located near the top of the shaft just below the grip. It should tell you which one it is.
It will be yellow and metallic
Yes, of course. It is an element found in the right side of the periodic table of elements. You can tell the level of an element being non-metallic by following the flow of left-to-right and bottom-to-top.
you tell me punk
You can tell it is an element as it is on the periodic table, as Fe, in the transition metals block.
Mercury and gallium are metallic elements that are liquid at room temperature. Mercury is the only metallic element that is liquid at standard conditions for temperature and pressure. Gallium has a melting point just above room temperature and will melt in your hand.
The most reactive metal is francium.