do you know the scientific notation please help me out  2.7*.ooooo1?
821366
2.7*10^-5\n7.041*10^5
197333
i think \nx = 2664.173
30751
The Edifier has it right, but darned if I can follow the notation. You really need to see this written out like a textbook to understand what's going on.\n\nClick the link below in "sources" to see the answer hosted at my website www.calculus-help.com. Right now, Yahoo! answers, as far as I can tell, doesn't allow graphics, which makes it tricky to answer ANY math questions.\n\nPlease don't post math answers, guys, if the poster knows the answer but can't get there, and you get something completely different.
888394
Every time that we move the decimal point to the left, we are dividing a number by 10. we can make up for this by decreasing the power of the exponent by 1.\n\nEvery time that we move the decimal point to the right, we are multiplying a number by 10. we can make up for this by increasing the power of the exponent.\n\n\n.0035 x 10^15 = 3.5 x 10^12\n.002 x 10^17 = 2 x 10^14\n\n7000 x 10^33 = 7 x 10^36\n\nWhen multiplying two scientific notation numbers, like\n\n(a x 10^b) * (c x 10^d)\n\nmultiply a and c, and add b and d. Use the sum as the exponent of the product.\n\nSo:\n\n(3.5 x 10^12) * (2 x 10^14) = 7 x 10^26\n\nNow we can divide.\n\nWhen dividing two scientific notation numbers, like\n\n(a x 10^b) / (c x 10^d)\n\ndivide a by  c, and subtract d from b. Use the difference as the exponent of the product.\n\nSo:\n\n(7 x 10^26) / (7 x 10^36) = 1 x 10^(-10)
959805
HBr, -1\nHOBr, +1\nBr2, 0\nHBrO4,  +7\nBrF3  +3\n\nThere is nothing to explain.  There are rules, and you need to learn them and follow them.\n\nHere is a site with a good set of rules\nhttp://www.science.uwaterloo.ca/~cchieh/cact/c123/oxidstat.html
212435
I do not have a scientific calculator at the moment, but maybe i can borrow yours ;)
958486
Rs=Im*Rm/Is\n\nRs*Is = Im*Rm\nRm= (Rs*Is)/Im\n\nc=(8.85*10^-12)(K)(A/d)\nc*d = (8.85*10^-12)(K)(A)\nd= [8.85*10^-12)(K)(A)]/c\n\ny=mx+b\nb=y/(mx)\n\nx= (y-b)/m\n\nLm=(Lt-L1-L2)/2\n\nE=Q/C\n\n1/Rt - 1/R2 = 1/R1
246299
h= (C*I/A+T/k)*z*log(.7*y)
1092528
Scientific Notation is just a way of expressing VERY small numbers or VERY large numbers so we don't have to perform or write equations and figures like 187,000,000,000,000,000,000,000,000 x 4,500.\nInstead, it's much simpler to write:\n(1.87 x 10 to the 26th power)(4.5 x 10 to the third power)
666681
1/2 * mass * velocity^2.
904268
just add 3  zeros or multiply by 1000 (which is the same as adding 2 zeros o_O)\n\nexample: 78g=78000mg
213411
Atomic Number 3\nhttp://www.jergym.hiedu.cz/~canovm/vyhledav/varianty/litva.gif
77234
i think you mean scientific notation. \n\nit is a shorthand way of writing very large or very small numbers. A number expressed in scientific notation is expressed as a decimal number between 1 and 10 multiplied by a power of 10.\n\nFor example, 47,300 = 4.73 x 4 ; 0.000000021 = 2.1 x 10 -8
207240
Yes, that is scientific notation format. It is the number 48,000 stated as "4.8 times 10 to the fourth power."\n\n4.8 is called the coefficient; 10 is the base, which in the scientific and mathematic communities is always 10, and 4 is the exponent.\n\nThe exponent is usually offset as a superscript next to the base ten when writing this expression. However, in programming calculations there needs to be an character to indicate the exponentiation. That character is usually a carat, although I've also seen double asterisks.
832646
I'm sorry, but how could you not know this?\nThis is basic elementary math and if you don't know how to round you are in trouble.\nIt's 0.1 by the way
1147102
pi*(r^2)\n\nIt doesn't matter which unit you use, just make sure you're consistent.
839453
1) 21.69\n2) 14.10\n3) 7.59