the square root off 100?
611239
i agree with everybody here the answer is 10 so whats my prize?
393848
√7.99=2.82666 so it's between 2 and 3.\nyou can think about it as 7.99 being between 4 ( which is 2 squared) and 9 (which is 3 squared).\nDid you mean 7.99 or -7.99 because if you have meant -7.99 than its square root is not a real number so it cannot be between integers.
986357
Take a=0.080808. I will assume that the last 08 digits are repeated. This process will work for decimal to fraction conversions\n\na=0.08080808 etc\n\nMultiply both sides by 100\n\n100a = 8.08080808 etc\n\nSubtract first from the second\n\n99a = 8\n\nTherefore a = 8/99 = 0.08080808 etc\n\nTry the other ones
243752
Well, the definition of a square root has been explained pretty well.  The square root of 4 is 2.  sqrt(9)=3.  sqrt(2)=sqrt(2).  This is in simplist form becuase you cannot write sqrt(2) in a finite decimal expansion.\nHow to Simplify:\n\nConsider sqrt(99).\n99=11*9.\nso, sqrt(99)=sqrt(11*9)=sqrt(11)*sqrt(9)=sqrt(11)*3\nThe steps to follow are as described:\n1) try to break down the number being considered into its prime factors.  In this case: 11,3,3\n2)  look at those factors.  Are any of them perfect squares?  In our case, 9 is 3*3.\n3)  Use this property: sqrt(a*b)=sqrt(a)*sqrt(b) to break thye original number up into an irreducible number and a perfect square if possible.\n\nSome notes:\nThis is not possible if the number does not reduced to perfect squares.  For example: 143=11*13 neither of which are perfect squares so we are stuck here and sqrt(143) is in simplist form.  Hope this helps.
126172
I give, isn't 1.414 the square root of 2?
402447
No.\nYou have to find cos(100) and then multiply it by 24\ncos(100) = -.1736
985860
.01\n\nDon't pay attention to the rest, they're idiots, this is 100 "ten-thousandths."\n\n100 divided by 10,000 = .01\n(Some middle-school or highschool teachers want you to write it all the way out to the thousandth spot, which is dumb, but if they do your answer should look like .010)\n\n\n-----\n\nUnless you're talking about 110 "thousandths"\nIf so, than:\n\n110 divided by 1,000 - .11
228116
The easiest way to find a square root is to use a calculator, but you can do it without one. Here’s one way, using 12 as an example of the squared number:\n\n   1. Pick a number that when squared, comes close to (but is less than) the number whose square root you’re finding: 3 × 3 = 9. This is a better choice than 4: 4 × 4 = 16\n   2. Divide the number you’re finding the square root of (12) by the number you squared (3) in step 1: 12 ÷ 3 = 4\n   3. Average the closest square root (3) and the answer of step 2 (4): 3 + 4 = 7. 7 ÷ 2 = 3.5\n   4. Square the average to see how close the number is to 12:\n\n3.5 × 3.5 = 12.25—Close, but not close enough!\n\nRepeat steps 2 and 3 until the number squared is very close to 12:\n\nDivide: 12 ÷ 3.5 = 3.43\n\nAverage: 3.5 + 3.43 = 6.935\n\n6.935 ÷ 2 = 3.465\n\n3.465 × 3.465 = 12.006, close enough!
490168
5x^2 =100\nx^2 = 100/5\nx^2 = 20\nx = + or - sqr root of 20\n\n(x+8)^2 = 81\nx+8 = 9\nx=1
386304
this is exactly the same as a previous question asked about an hour ago. Look back on the open questios, your answer is there\n\nh = 100/pi*r^2\n\nh=7.96
347667
1. The only square digits are 1, 4, and 9, so the hundreds place could be 1 or 9.  It is 9 (See#3 for reason)\n2. The sqrt(16) is 4, so one more is 5.\n3.  If the hundreds place is 1, then 1/10 of 1 is 1/10.  Adding 1/10 you get 2/10 which is not a digit.  Thus, the hundreds digit must be 9.  1/10 of 9 is 9/10.  9/10 + 1/10 is 1.\n4. 30/5 = 6\n5. 2\nThus, the number is\n952.216
596727
Figure out what other number times itself equals your number.  That's its square root.
372531
first simplify the square root of 1/25.\nthe square root of 1 is one, and the square root of 25 is 5.  that leaves it to 1/5.  then multiply 5 to it - 5 X 1/5 = 1.\ngood luck!
105888
square root(pi) = 1.77245385
283638
sqrt(25)=5 or -5. To verify it:\n\n5*5=25 checks\n-5*-5=25 checks\n\nboth work.\n\nan important thing to remember while square-rooting a number is that the root can be both positive or negative, as two negatives multiply up to a positive.
458909
You can goto http://www.math.com 's square root calculator and figure out that it is about 20.78 so since an integer is a decimal-less number the answer would be between 20 and 21.\n\nShort of using the sqrt function of a calculator if you know that 20 squared is 400 and that is close to 43 you might then try squaring 21 and get 441 then realize 432's sqrt must be between 20 and 21.
535427
To do this, you have to do sin^-1 * decimal. Because Yahoo Answers only displays up to .0145, I'll do sin^-1 * .0145, which would be about 0.8308