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No. The two closest squares are 49 and 36. The square root of 49 being 7 and the square root of 36 being 6. you can conclude that the square root of 42 isn't a perfect square, but it's square root is between 7 and 6.
The exact length of one side of the square is the square root of 42. My calculator only goes to 7 decimal places, so I cannot give the exact dimension.
You can use the Pythagorean Theorem to find the distance around a right triangle. The equation for this is a2 = b2 + c2. Further through the equation, it is a = square root of b2 +c2. If you know one side of the right triangle is 4 and a second side is 6, the equation would be as follows. a2 = b2 + c2 a = square root of 42 + 62 a = square root of 16 + 36 a = square root of 52 a = 7.211
The answer will be the diagonal (hypotenuse) for a horizontal distance x2-x1 (4) and a vertical distance y2-y1 (4). The square root of the squares is sqrt [42 + 42] = sqrt [32] = approx 5.66
First find the length of the other leg by using Pythagoras: 112-42 = 105 Area = (4*the square root of 105)*1/2 = 20.49390153 Area = 20.49 square cm to the nearest hundredth
Yes the square root of 1764 is 42
The square root of 42 is an irrational number
The square root of 42 is approximately 6.4807. This is because 6.4807*6.4807 = 42 (approx).
44
The square root of 36 is 6 and the square root of 49 is 7 These are used as 42 is between 36 and 49.
14 (sqrt6)
+ or - 42
6.48
no
42.0
It is: 19+23 = 42
6.480741