Where can you find a table of the value of ionic compounds?

ionic compound in four types....ions contains...

Cations are positively charged ions. In general, elements on the left hand side of the table make positively charged ions in ionic compounds.

Ionic compounds are compound consisting of a metal plus a nonmetal. The metal and the nonmetal both have charges that you can find on the periodic table, and they have to balance each other out. For example, you have MgO (Magnesium Oxide). The magnesium is the metal, the oxygen is the nonmetal, and they both have a charge of +2 and -2, so the subscripts cancel each other out.

determination of log table value

You don't: The periodic table is a format for displaying elements, not compounds.

i don' knw, find them soon though. kk?

Generally, metals and nonmetals combine to form ionic compounds, and nonmetals combine to form molecules.

Molecular compounds are commonly formed by hydrogen. Look at sugar: C6H12O6 Look at natural hydrogen compounds: H2 I'm sure under certain circumstances hydrogen may form an ionic compound with other elements, but you will never find it in nature. On the contrary--acids are ionic compounds and most release a proton (H+) to the aqueous solution.

table salt, rock salt, baking soda....

Molecular compounds contain nonmetals, which are on the far right of the periodic table.

Here's a chart of elemental melting points...not compounds. http://www.chemicalelements.com/show/meltingpoint.html

The high melting point points toward an ionic compound. Ionic compounds dissolve in water ie a a polar solvent. Therefore, it is probably ionic. Next you have to pick up a chemical data book and look at melting points of ionic compounds to find one that has this melting point.

Look at the periodic table. You can find it on google; you can also look at chemical compounds.

For elements, look on a periodic table. For compounds, do a search on Wikipedia.

If a compound is made from a metal and a non-metal, its bonding will be ionic.If a compound is made from two non-metals, its bonding will be covalent. Compounds containing two elements (so called binary compounds) can either have ionic or covalent bonding.

Most negative ions are found in elements on the far right side of the periodic table. But, if you have a decent table, you can find the possible ionic charges for each element. Look for the negative numbers.

You can find it in the following website: http://www.sciencegeek.net/tables/lbltable.pdf ~Hope I helped:)))

Table salt is a compound made up of the elements Chlorine(Cl) and Sodium (Na) Compounds do not appear on the Periodic Chart. You can find Cl and Na on the chart.

The net ionic equation for NaOH and Na2SO4 when they form a precipitate is simple. It will contain only the atoms that participate in the reaction. Both of these compounds are soluble.

H2O isn't a single element, which is what the periodic table Most things are made of compounds of these elements. . It is comprised of 2 hydrogen atoms (H, on the periodic table) and oxygen (O, on the periodic table).

They reside in the Column Just to the Left of the Noble Gases. Ionic State is minus One.

All compounds are either positive or negative. Alkaline compounds are negative and acid compounds are positive. Look in the periodic table to find the compounds' chemical formula you are looking for. You want to form ionic compounds; so say you wanted to work out the formula for zinc nitrate. Zinc is Zn2+ and nitrate is NO3-. You use the Zn and take the 2 out. You don't with the nitrate because there is nothing to swap; the 3 is already converted so you don't swap that. You can't literally add the 2 from the zinc onto the 3 so you have to use brackets. Zn goes at the front of the formula because it isn't in brackets. So... Zn(NO3)2. The 2 goes outside the brackets because it cant be literally added on. Hope this helps but its not very clear, From MILLY

NaI is the compound named sodium iodide made of the elements sodium (Na) and iodine (I). You will find the elements themselves on the periodic table, not the compounds they make.

One way would be to dissolve them in water. Ionic compounds will break into ions and allow the solution to conduct an electric current, whereas covalently bonded substances will not. Another way would be to find the substance's melting point. Ionically bonded compounds have much higher melting points.

You can find elements and compounds in matter.