Yes, but it is called a hyberbolic trigonometric function
It is a trigonometric function. It is also continuous.
The trigonometric function of an angle gives a certain value The arc trigonometric function of value is simply the angle For example, if sin (30 degrees) = 0.500 then arc sine ( 0.500) = 30 degrees
A line representing any polynomial function, power function (including negative powers), trigonometric functions, most continuous probability distribution functions.
An antitrigonometric function is another term for an inverse trigonometric function.
Yes, but it is called a hyberbolic trigonometric function
TRIGONOMETRIC FUNCTIONS OF ANY ANGLE
It is a trigonometric function. It is also continuous.
The trigonometric function of an angle gives a certain value The arc trigonometric function of value is simply the angle For example, if sin (30 degrees) = 0.500 then arc sine ( 0.500) = 30 degrees
A line representing any polynomial function, power function (including negative powers), trigonometric functions, most continuous probability distribution functions.
An antitrigonometric function is another term for an inverse trigonometric function.
opposite/hypotenuse
A reciprocal trigonometric function is the ratio of the reciprocal of a trigonometric function to either the sine, cosine, or tangent function. The reciprocal of the sine function is the cosecant function, the reciprocal of the cosine function is the secant function, and the reciprocal of the tangent function is the cotangent function. These functions are useful in solving trigonometric equations and graphing trigonometric functions.
Tangent and cotangent positive; other 4 negative.
Trigonometric functions are defined from a numeric domain to a numeric range. So the input number determines whether or not the function is defined for that value and, if so, what the value of the function is.
You only use the seccant trigonometric function.
Cotangent is a trigonometric function. It is the reciprocal of the tangent.