Does anyone know how to write chemistry subscripts in Microsoft Word?
340103
To make something subscript, hit Ctrl+= (and to revert to normal, hit it again).  To make something superscript, hit Ctrl+Shift+= (and to make it normal, hit it again).
755982
Subscripts\nSubscripts are special postfix operators placed in square brackets ([ ]) after a matrix operand. Subscript operations have the general form \n\noperand[row,column] \nwhere \noperand \nis usually a matrix name, but it can also be an expression or literal. \n\n\nrow \nrefers to an expression, either scalar or vector, for selecting one or more rows from the operand. \ncolumn \nrefers to an expression, either scalar or vector, for selecting one or more columns from the operand. \nYou can use subscripts to \n\nrefer to a single element of a matrix \nrefer to an entire row or column of a matrix \nrefer to any submatrix contained within a matrix \nperform a reduction across rows or columns of a matrix \nIn expressions, subscripts have the same (high) precedence as the transpose postfix operator (). Note that when both row and column subscripts are used, they are separated by a comma. \n\nSelecting a Single Element\nYou can select a single element of a matrix in two ways. You can use two subscripts (row, column) to refer to its location, or you can use one subscript to look for the element down the rows. For example, referring to the coffee example used earlier, to find the element corresponding to the number of cups that Linda drank on Monday, you can use either of two statements. \nFirst, you can refer to the element by row and column location. In this case, you want the second row and first column. You can call this matrix c21. \n\n   >  print  coffee[rowname=names];\n\n           COFFEE\n           JENNY          4         2         2         3         2\n           LINDA          3         3         1         2         1\n           JIM            2         1         0         2         1\n           SAMUEL         5         4         4         3         4\n\n   >  c21=coffee[2,1];\n   >  print c21;\n\n                               C21\n                                 3\n\nYou can also look for the element down the rows. In this case, you refer to this element as the sixth element of COFFEE in row-major order. \n   >  c6=coffee[6];\n   >  print c6;\n\n                                C6\n                                 3\n\n\nSelecting a Row or Column\nTo refer to an entire row or column of a matrix, write the subscript with the row or column number, omitting the other subscript but not the comma. For example, to refer to the row of COFFEE that corresponds to Jim, you want the submatrix consisting of the third row and all columns: \n   >  jim=coffee[3,];\n   >  print jim;\n\n\n                JIM\n                  2         1         0         2         1\n\nIf you want the data for Friday, you know that the fifth column corresponds to Friday, so you want the submatrix consisting of the fifth column and all rows: \n   >  friday=coffee[,5];\n   >  print friday;\n\n                          FRIDAY\n                               2\n                               1\n                               1\n                               4\n\n\nSubmatrices\nYou refer to a submatrix by the specific rows and columns you want. Include within the brackets the rows you want, a comma, and the columns you want. For example, to create the submatrix of COFFEE consisting of the first and third rows and the second, third, and fifth columns, submit the following statements: \n   >  submat1=coffee[{1 3},{2 3 5}];\n   >  print submat1;\n\n                 SUBMAT1\n                       2         2         2\n                       1         0         1\n\nThe first vector, {1 3}, selects the rows, and the second vector, {2 3 5}, selects the columns. Alternately, you can create the vectors beforehand and supply their names as arguments. \n   >  rows={1 3};\n   >  cols={2 3 5};\n   >  submat1=coffee[rows,cols];\n\nYou can use index vectors generated by the index creation operator (:) in subscripts to refer to successive rows or columns. For example, to select the first three rows and last three colu
1049433
http://genchem.chem.wisc.edu/sstutorial/FunChem.htm
799022
I'm assuming you really mean "How do you find out how many atoms of a element are in a particular compound?"\n\nJust multiply the subscript by the coefficient\n\nEx. 2 molecules of carbon dioxide. The coefficient is 2 and the subscript for carbon is 1. Therefore there are 2*1=2 atoms of carbon in 2 molecules of carbon dioxide.\n\nIf you just want the amount in one molecule, just substitute 1 for any coefficient you have.\n\nIf you cannot see any subscripts and/or coefficients for the element you are looking at, the subscript and/or coefficient is 1.
888581
Go to Insert, Object, Microsoft Equation 3.0\nThis brings up an equation toolbar.  You can do a reasonable amount of mathematical notation with this tool.  Just press on the relevant tab to insert a fraction (it gives you a few choices as to the particular format) and then just fill in the numbers.\nIt is slightly laborious but works.\nIf you can get your hands on a piece of software called MathType this is easier to use and allows for more options.
487220
Changing the subscripts will all together alterate the chemical.  It will be a completely different chemical.  The coefficients only define how much of that chemical is being used, but changing it won't change what type of chemical it is.
73238
Try, http://www.simplyscripts.com/
40999
I am guessing you are asking about subscripts???? Subscripts is where the letter is smaller and aligned with the bottom of the other letters (such as h2O fo water but the 2 is lower). IF that is what you are talking about: Highlight the word or letters you are wanting to change, select format>fonts from the standards tool bar. In the font options put a check mark in subscript.\n\nIf this is not what you are looking for let me know I will reply again if I know the answer.
212249
Use :), :(, etc or use 'insert' then 'Symbols' on Microsoft Word
950488
Mg3P2\n\nthe three and the two are subscripts
461876
Use Word's integrated equation editor:\n\nInsert > Object > Microsoft Equation 3.0\n\nThis will launch an equation editor that will allow you to put in almost any mathematical symbol/number, etc.\n\nHope this helps.
533429
well..write them down ...try to derive them (if their derivation is simple enough or else skip it )......\n\ntry to connect each formula with other one with a hint ....a small hint will help u to recollect other one ....\n\ntry to do at least one problem based on each formula
921488
2ClO4(-) --->  2ClO4(-)\n2H(+) + 2OH(-) ---> 2H2O\n\nwhere sign in brackets are superscripts.
753594
It is perfectly permissible to write the products as Br2 + Br2.  It is probably easier to work this way.  After you balance the equations, just add the Br2's together to give the final reaction
371643
hold ALT + SHIFT + CTRL + !\n\nthis works in microsoft word\n\nTry ALT + SHIFT + CTRL and press different key's to see what you come up with (It's Fun)¿
964369
Huge order. Let's see how far it can be served.\n\n1. Monoatomic negative ions: take the element name (sometimes shortened) and add "-ide" (as in hydride, nitride, oxide, sulphide, phosphide, chloride...)\nPositive ions: element-name, charge (if several charges are possible), ion (sodium ion, iron II ion...)\n\n2. Polyatomic ions:\nComplexes with various ligands list the ligands and the central ion/atom.\nOxygen as ligands has its own nomenclature, depending on oxidation state. E.g. Sulphate, sulphite, perchlorate, chlorate, chlorite, hypochlorite...\n\n3. Binary molecular compounds: Halogen, oxygen and sulphur compounds usually have the correspondent "-ide" as if you had ionic compounds. Usually the more electropositive element is used as center.\n\n4. Acids: Oxygen acids have a similar nomenclature to oxygen ions.
924472
well, it's hard to draw here. but when i want to find a chem structure, i look at http://www.chemfinder.com you can type naproxen sodium into the search box, and it draws out the structural formula and gives you the properties of the molecule. VERY COOL!