is square and square roots the same thing execpt reversed??
456165
yes. for example, 8 times 8 is 64...so 8 squared is 64 and the square root of 64 is 8
205798
Always remember:\n"The Product of square roots of 2 numbers is equal to the square root of their product"\nIn symbols, \n(√a)(√b) = √(ab) and\n√(ab) = (√a)(√b)\nso,\n2√12 = 2√(4*3)\nUsing our 'Property',\n2√12 = 2(√4)(√3) but √4 = 2, so\n2√12 = 2(2)(√3)\n2√12 = 4√3\n\nHope this helps^_^
84518
If the directions are to simplify, then what you have to do when multiplying square roots is to multiply the coefficients (numbers in front of the variables) and add the exponents of each variable.  Then if possible simplify the new coefficient (here, that won't be possible). Finally, if any exponent is 2 or higher, put one of that variable outside the square root for every 2 that the exponent has.  So if it is x^7 under the square root, x^3 goes outside and x is left inside.  For y^4, y^2 goes outside and no y is left inside.  I hope that makes sense and you can figure it out from here.
24161
The square root of a negative number is an imaginary one.  The square root of -1 is known as i.  Negative square roots work out like positive ones, only with the i, so SqRoot(-4) = 2i and SqRoot(-64) = 8i.
941657
Nah, sorry, but something in your thinking is incorrect.  You seem to be saying that if you add the square root of 3 four times, you want to get 9.  That's not right.  If you take sqrt(3)^4, you WILL get 9.   Taking the fourth root of a number is not like dividing a pie into four pieces.
49666
If you are saying simplify then:\nx = The square root of [5x] +2.5\nx = The square root of [5x] +2.5\nx = The square root of [12.5] +2.5\nx = The square root of [12.5] +2.5
1031543
There is no exact square root but it is\n\n7414.85009963114
737743
The positive square root is 11.  The cube root is about 4.946 (it's not an integer).
19513
This seems to be a popular question. There is no real number that is the square root of -1.  However, it turns out that it is useful to develop as set of numbers that allows the square root of -1.    This is called "i" as is known as an imaginary number.  The set of numbers that includes i is called the set of complex numbers.
497277
Sometimes it is useful to work in square roots, rather than using an approximate decimal value. Square roots can be manipulated just like algebraic expressions and sometimes it may be possible to eliminate the square root (called rationalising the expression), which may have not been possible if you tried to work with the approximate value. When asked to give the exact value, approximate decimal answers will not do and you will have to manipulate surds in order to give a final answer in simplified surd form.\n\n\nSimplification of surds\n\nBecause surds can be manipulated like algebraic expressions, you can easily multiply out the terms and add the like terms. However, there are also a few rules that will be useful when simplifying surds.
931082
No.  It is sqrt{25 / 3} = sqrt{25} / sqrt{3} = 5 / sqrt{3} = 5 sqrt{3} / sqrt{9} = 5 sqrt{3} / 3.
118612
Kerplode is right - but that's kind of complicated.  Basically you solve both in exactly the same way.  The only difference is that instead of an = you have an > or <.  \n\nIt just looks different, there really is no difference in how you solve them.
150385
f(x)=Int(f'(y), 0, x)-f(0) => yes, they're opposite operation, but if x has a given value, e.g. x=2, 3...no, they're not, b/c in that case, the RHS of the previous egality is a real number, not a function
1120062
Actually, that's the approximation. The exact answer is: square root of 223423423432435. Of course I can't be sure because I've never heard of a mathematical operator called the "square route." I've heard of roots in mathematics, but not routes!
970218
Do you require mathematical signs, or are standard operations OK (like square root)?\n\n1: (1 + 1 + 1)!\n2: 2 + 2 + 2\n3: 3 * 3 - 3\n4: sqrt(4) + sqrt(4) + sqrt(4)\n5: 5 + 5/5\n6: 6 + 6 - 6\n7: 7 - 7/7\n8: 8 - sqrt(sqrt(8 + 8))\n9: 9/sqrt(9) + sqrt(9)\n\nAnd for a bonus: (0! + 0! + 0!)! = 6
70580
Well, I don't really understand you. This is the best I could.\n\nI think it is true. For example, the cube root of -8, which is x, is -2, which is y. y^3 is -8, which is x. So, yes, I think it's true.
218797
sqrt(157452304)= +/-12548\n\ndon't forget that 2 negatives cancel out so every number has 2 square roots (either rational or irrational) , one positive and one negative.