These functions are applied to tangent functions when making a Mercator [mur-KAY-tur] projection. These functions are listed first, ahead of inverse trigonometric functions, in a common rule of thumb used in integration by parts. The derivatives of these functions are proportional to reciprocal functions. An exponent inside one of these functions can be used as a multiplication factor outside them. These functions are the inverse of exponential functions. Name these functions whose “common” type is base 10 and whose “natural” type is base e.
These functions are applied to tangent functions when making a Mercator [mur-KAY-tur] projection. These functions are listed first, ahead of inverse trigonometric functions, in a common rule of thumb used in integration by parts. The derivatives of these functions are proportional to reciprocal functions. An exponent inside one of these functions can be used as a multiplication factor outside them. These functions are the inverse of exponential functions. Name these functions whose “common” type is base 10 and whose “natural” type is base e.
These functions are applied to tangent functions when making a Mercator [mur-KAY-tur] projection.