to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481CHAPTER 45. MATHEMATICS 897 hypot(x...) Compute

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481CHAPTER 45. MATHEMATICS 895 hypot(x...) Compute

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481CHAPTER 45. MATHEMATICS 894 hypot(x...) Compute

to floating point arithmetic is the IEEE 754-2008 Standard; however, it is not available for free online. • For a brief but lucid presentation of how floating-point numbers are represented, see John D In general, it is good software engineering to use functions rather than global scripts (search online for "why global variables bad" to see many explanations). In Julia, global variables are also slow described in: An Improved Algorithm for hypot(a,b) by Carlos F. Borges The article is available online at arXiv at the link https://arxiv.org/abs/1904.09481 hypot(x...) Compute the hypotenuse �� |xi|2