dont know d ans but good question
0.0296 M solution means 1000 ml contains 0.0296 moles of LiI By applying unitary method we get, no. of moles of LiI in 258.6ml =.00765456 moles
"lii" is not a chemical compound that I am aware of, and I doubt that there are many other people that have heard of it either. If you meant "LiI", however, then I can help you out. The correct name for the compound would be Lithium Iodide. It may sound a bit strange, but all the other possible names are even more awkward. Remember, when you're giving the molecular formula for a compound, capitalization is everything! Co (Cobalt) is not the same thing as CO (Carbon Monoxide).
LiIAdded:LiI is the formula of lithium iodide, often misspelled as '...iodine'
Examples of salts: NaCl, LiF, CaSO4, UO2(N)3)2, ThF4, BaCl2, CaCl2, NH4F, MgCl2, Na3PO4, CsI, LiI etc.
LiI has two elements in it, lithium and iodine. Lithium is an alkali metal and iodine is a halogen, so together they form an ionic salt. The correct name is the lithium iodide.
Ionic bond in LiI (For lithium iodide, the molecular formula should be LiI and not LiI2)
LII LII LII
Lithium iodide is an ionic compound. Usually, a bond between a metal and a nonmetal is ionic.
LII = 52
LII = 52
LII = 52
It is: LII = 52
the roman numeral for LII is 52
As a Roman numeral LII is equivalent to 52
Roman numerals can be seen today in the ruins of the Coliseum in Rome. These numerals indicated the gate entrances and LII (52) was gate LII
The roman numeral for 52 is: LII.
The number 52 in Roman numerals is written as "LII".