how do you write 32501 in expanded form??
492120
Expanded form would be\n\n30000 + 2000 + 500 + 1\n\nelse writen as\n\n3x10^4 + 2x10^3 + 5x102 + 1
976275
2x + 28 < with a line under it _ <_   6x\n\nsorry don't know how to add that special character in, but it is only one thing like the +\n between the 28 and 6
126171
No idea here too... what i know is that it could be simplified to 34x + 40. Dunno about the blank (____)
413074
easy go to IRS.gov and print out an extension form (it an 8280 or something close) by the way Ithink that was due 3-15-06
1143191
"A" for A, B, C's ...\nJust like the "1" lights up for Number Lock instead of "#"\n\n"A" seems like a good place to start!
769323
6 - 12x\n-or-\n-12x + 6\n\n-or-\n\n6(1-2x)\n\n...although that depends on whether you want the simplest expanded form or the simplest factored form.
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.
196316
That is the simplest form.  you can change it to 47/8, but that is less acceptable.
873982
c to f:\nn*1.8; add 32\n\nf to c:\nn-32; multiply by 0.5555
470266
Microsoft Excel supports both scientific notation and the engineering notation variant.\n\nEnter a number such as 12,345,678 in a cell\nSelect the cell\nSelect menu bar "Format > Cells ... > Number".\nFor scientific notation, select "Scientific" and select the number of digits of precision (say 3) and the number will reformat as 1.23E+07.\n\nFor engineering notation, select "Custom" and find the format that looks like ##0.00E+00.  The number will reformat to 12.34E+06. Engineering notation traditionally formats numbers with exponents that are multiples of 3 corresponding to thousands, millions, billions, etc.\n\nI don't know of a way to select an arbitrary constant for the exponent.  Try reading the Microsoft help.
844650
I am putting some example:\nThe formula is actually put in the fields below relults so remove the " to operate.\n\nItemRateQtyResultFormula\nBread1510150"+ d2 * c2"\nBread 22510250"+ d3 * c3"\n\nTotal400"=sum(e2:e3)"
45269
srry didnt read full:\n316
1006179
111221, 312211, 13112221, 1113213211, ...\nOR\n1231, 131221, 132231, 232221, 134211, ...\nOR\n3112, 211213, 312213, 212223, 114213, ...\n\nEach is based on the digit makeup of the previous term, but I need one more term in the sequence to be sure of the rule.
901011
You have them up to ten. After that, there is L=50, C=100 M=1000. Bigger than that, I don't know.\n\nThe position of the number or letter is logical. You add letters before or after to make the number bigger or smaller.  e.g. VI=6. V is 5 and by adding I after it, it becomes 6. Just like 5+1. On the other hand,  IV=4 the I comes before the V to show that it is one under 5, so four. \n\nSame for big numbers. 157= CLVII, 100+50+5+2
917530
21st\n\nIt starts off like this....\n0-99 is the 1st century..\n100-199 is the 2nd century...\n200-299..................3rd\n300-399..................4th\n400-499..................5th\netc etc etc....\n2000-2099.............21st century.\n2100-2199.............22nd\n\n\nhope that helps
531494
Ask your teacher.\n\nBut usually, you are supposed to simplify.
201905
Just do the long division. So, for 20/21,\n21 goes into 200 9 times with a remainder of 11.\nThen 21 goes into 110 5 times with a remainder of 5.\nThen into 50 2 times with a remainder of 8.\nThen into 80 3 times with a remainder of 17.\nThen into 170 8 times with a remainder of 2.\nThen into 20 0 times witha remainder of 20,\nthen it repeats, so the decimal expansion is\n\n.952380952380952380.....