Superscript, as used in chemical formulas, can be acheived on any Microsoft Word document.
Type your entire text as normal. Highlight intended superscript. Press 'ctrl' and '+/=' simultaneously.
The superscript for platinum is Pt2+ and the subscript for platinum is Pt.
A superscript before the K (which is potassium) represents the atomic mass; a subscript before the K represents the atomic number. Therefore, 3919K represents "potassium-39", which is potassium's most abundant isotope. 4019K would represent "potassium-40", which is another, less abundant isotope of potassium.
An example of superscript is the "2" in "x²", where the "2" is written in a smaller size and raised above the line of text.
Incomplete dominance is typically denoted with a subscript to indicate the blending of traits in heterozygous individuals.
place insertation point where you want to write superscript, then on Home tab look at Font section and press x2 icon, type text and when you finish with superscript press one more time x2 to turn off superscripting or just press control=shift=equal to turn superscript on and off
Arnold M. Bass has written: 'Stabilization of free radicals at low temperatures' -- subject(s): Low temperatures, Radicals (Chemistry) 'A spectrophotometric atlas of the [superscript 2 Sigma superscript + minus superscript 2 Pi] transition of OH' -- subject(s): Ultraviolet radiation, Ultraviolet spectra
what is the anthomny for superscript
It would be a superscript.
TM superscript stands for trademark
"ctl"+ "shift" + "+" will give you a superscript
Superscript is a form of writing that uses numbers, figures, or symbols. Often mathematical and scientific formulas are written in subscript or in superscript.
When an element's isotope is different than the common isotope or if it is relevant to the matter at hand such as in nuclear chemistry, the element is given a prefix in superscript to indicate its isotope
The superscript for platinum is Pt2+ and the subscript for platinum is Pt.
A superscript before the K (which is potassium) represents the atomic mass; a subscript before the K represents the atomic number. Therefore, 3919K represents "potassium-39", which is potassium's most abundant isotope. 4019K would represent "potassium-40", which is another, less abundant isotope of potassium.
Select the number. Then select Format, font and check "Superscript".Select the number. Then select Format, font and check "Superscript".Select the number. Then select Format, font and check "Superscript".Select the number. Then select Format, font and check "Superscript".
The sum of the superscript in an electron configuration is equal to the atomic number.
Your question is a little vague however, you may be referring to 'superscript' and 'subscript' numbers - as you would find in mathematics or chemistry. See the following examples... Mathematics - 3.1415 x 106 - meaning the short form of 3,141,500 or Chemistry H2SO4 - the chemical formula for Sulphuric acid.