Between what 2 consecutive integers is the square root of 18 ?
471216
Well, 4 squared is 16, and 5 squared is 25.  So its between those two.
413500
2.8284271. For that to equal 8, x would have to be 2. 2 cubed is eight and the square root of that is 2.8284271. Another way to express that is 2^(3/2) = 2.8284271, or the "square root of two cubed".
271033
The square root of a number is a number which, when multipled by itself, gives the original number. The square root of 16 is 4; the square root of 25 is 5. The square root of 1 is 1.\n\nSome numbers have no exact square root. The square root of 20 is somewhere between 4 and 5, but no sequence of digits, no matter how long, can produce an exact value which, when multipled by itself, will give 20. The square root of 20 is called an "irrational" number. We can know that the square root of 20 is twice the square root of 5, but the square root of 5 is irrational, also.\n\nIf you want to know how I know that the square root of 20 is twice the square root of 5, pick this answer as best and ask another question ("How do we know that the square root of 20 is twice the square root of 5?").
98145
the square root of 2 is 1.4142
439301
204 = 4 x 51, so the square root of 204 is two times the squre root of 51, approximately 14.28.
537920
It's rough, but what I would do is find the difference between the two routes on either side of the number (Wait for the example!)  and count until you get to it, then make a fraction. \n\nEXAMPLE:\nfind square root of 2.\n\n2 is between 1 and 4.\n\nit's 1 past 4 and there are 3 numbers between the two.  So root 2 is approxamately 1 1/3.  The 1 is from the first number between one and 4, and the 3 is because there's 3 numbers between 1 and 4.  It's confusing, and it's not a good estimate, but it works if you understand it.
16160
its 1, 2, sqrt (3). i dont know what u mean by 6,6 over 3,12
885282
Let x and y be the other two sides \n\n18 is hypotenuse \n=>x<18,y<18\n\nx+y+18=40\nx+y=22------------------1\n\nx^2+y^2=(18)^2=324----------2------Pythagoras theorem\n\nx^2+(22-x)^2=324---------------------Put 1 in 2\n\nSimplify,\nx^2 + 484 -44x +x^2=324\n\n2 x^2  - 44x +160 =0\n\nx^2 -22x +80=0\n\nSolve to get x,\nonly 1 of two value is possible\n(Other is discarded if<0 or >18\nor  will be y value if 2 values add up to 22).
998294
square root of 13 is the answer
112299
answer is 49,  49 is a square root!!
678825
The square root of -1\nis an imaginary 1\nit is depicted generally with a character 'i'\nif u want root of -2\nthen itd be i x root(2)\nor 1.414i
816839
(17-9)**2+(9-18)**2\n\nthen square root of it will,  give u magnitude
515056
I will write them as ordered pairs.\n17: (1,17) and (-1,-17)\n-24: (-1,24), (1,-24), (2,-12), (-2,12), (3,-8), (-3,8), (4,-6), and (-4,6)\nNow try the other two.\nHint: 18 will have 6 factor pairs, and -18 will have 5 factor pairs.
564541
I would say infinite.\n\nBECAUSE...\nSome square roots are irrational numbers e.g. root 2.\n\nThe bases which give a root between 0 and 1, lie between 0 and 1.\n\nThere are an infinite amount of numbers between 0 and 1 because you can go to infinite numbers of decimals.\n\nHope you get what I'm saying!
399113
The square root of a number is a number that when you multiply it times itself you get that number.\n8*8 = 64 \nThus, the answer is 8.
97617
3.14159\nThe square root of (pizza) pie.
940770
smaller=x\nlarger=x+2 (consecutive even integers)\n\nx+2=2x-10\n12=x\n\nsmaller=12\nlarger=14