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One side of the square is labeled with the sexagesimal number 30. The diagonal of the square is labeled with two sexagesimal numbers. The first of these two, 1;24,51,10 represents the number 305470/216000 ≈ 1.414213, a numerical approximation of the square root of two that is off by less than one part in two million.
(The Center Square) – President Donald Trump has called on federal agencies to get rid of diversity, equity and inclusion programs and warned employees to report efforts to disguise such ...
square root: 1 to 10: 1 to √10: 1 to 3.162: increase: for numbers with odd number of digits R2, W2 or Sq2: √x: square root: 10 to 100: √10 to 10: 3.162 to 10: increase: for numbers with even number of digits S: arcsin(x) sine: 0.1 to 1: arcsin(0.1) to arcsin(1.0) 5.74° to 90° increase and decrease (red) also with reverse angles in red ...
The root beer was so popular that the company began selling the drink in bottles and cans in 1971. Today, A&W is still famous for that draft-style root beer, along with decadent root beer floats ...
The alpha max plus beta min algorithm [1] is a high-speed approximation of the square root of the sum of two squares. The square root of the sum of two squares, also known as Pythagorean addition, is a useful function, because it finds the hypotenuse of a right triangle given the two side lengths, the norm of a 2-D vector, or the magnitude ...
One of the most devastating debris flows in recent history occurred on Jan. 9, 2018, when heavy rain soaked the burn scar left by the Thomas Fire, which had torched approximately 440 square miles ...
A similar problem, involving equating like terms rather than coefficients of like terms, arises if we wish to de-nest the nested radicals + to obtain an equivalent expression not involving a square root of an expression itself involving a square root, we can postulate the existence of rational parameters d, e such that
Square root biased sampling is a sampling method proposed by William H. Press, a computer scientist and computational biologist, for use in airport screenings. It is the mathematically optimal compromise between simple random sampling and strong profiling that most quickly finds a rare malfeasor, given fixed screening resources.