The superscript in platinum-95 (Pt-95) refers to the atomic number of the element, which is 78 (number of protons). The subscript represents the Atomic Mass of the isotope, which is the total number of protons and neutrons in the nucleus of the atom.
subscripts are the cation superscripts are the anian
The subscript of platinum-195 is 78, which represents the atomic number of platinum (the number of protons in its nucleus). The superscript is 195, which represents the mass number of the isotope (the total number of protons and neutrons in its nucleus).
subscripts
These subscripts are down the chemical symbol and at right. Example: O2
Superscripts tend to be reserved for exponents, charge symbols and very little else. Subscripts commonly show what type of data is on display. For example if you have variable "t" in your equation (=time) then subscript "0" would mean when t=0...in other words, at the start of the experiment. Rate constant (K) is also prone to having subscripts attached, again they tell you about what this K relates to. Seeing "obs" as subscript tells you this is an observed rate constant, one that has been gained via experimental procedure rather than theoretical calculation.
subscripts are the cation superscripts are the anian
In chemical formulas, carbon atoms are denoted with the symbol C. Subscripts and superscripts denote the number of carbons. Since there is only one C and no subscripts or superscripts, the compound stated contains only one carbon atom.
Subscripts are usually used as a counter or an index. For example, Xn (where n is a subscript - this pathetic browser does not support subscripts) usually refers to the nth (it does not support superscripts either!) X in a sequence of Xs. Since they are counters they should belong to the set of counting numbers.
That would depend on the program you are using. There are certain superscripts that are part of the basic Unicode character set. if your superscript is not one of them then you will have to ask about the exact program you are using to write with. Here in the Answers.com editor there are buttons for superscripts NormalSuper and subscripts NormalSub. Each application has its own way (if it is at all possible)
Subscripts give you the number of molecules in that compound. (For example, H2O contains one molecule of Hydrogen.) Superscripts give you a charge.Read more: If_a_formula_for_compound_what_do_the_numbers_tell_you
Two ways are 9 1/10 or 91/10. The first of these requires superscripts and subscripts, but unfortunately, this browser is incapable, at present, with dealing with them.
In Microsoft Word, chemical equations can be entered using special character menus. For example, subscripts and superscripts can be used to denote isotopes, and arrows can indicate reactions.
Unfortunately, superscripts and subscripts are not recognized in WikiAnswers. 2 cubed would be written with a superscript 3 following a 2. To indicate that here, we write 2^3.
Fluorine-16 F-16 Use subscripts and superscripts with F to indicate mass and atomic number
Chemical formulas typically use subscripts to denote the number of atoms for each element present in a compound. The subscripts are written after the element symbol. Superscripts can be used for charges on ions, but not for indicating the number of atoms in a compound.
No, oxidation numbers are indicated as superscripts, not subscripts. They are written as Roman numerals above the element symbol.
The subscript of platinum-195 is 78, which represents the atomic number of platinum (the number of protons in its nucleus). The superscript is 195, which represents the mass number of the isotope (the total number of protons and neutrons in its nucleus).