# acsc

acsc(x)

Compute the inverse cosecant of `x`, where the output is in radians

## Examples

``````julia> acsc(10)
0.1001674211615598``````
``````julia> acsc(0.5)
1.0471975511965979``````

Provide common examples of its use:

1. Compute inverse cosecant of a single value:

``````julia> acsc(1)
1.5707963267948966``````

This example calculates the inverse cosecant of 1, which is π/2 in radians.

2. Calculate inverse cosecant of an array:

``````julia> arr = [0.5, 0.25, 1];
julia> acsc.(arr)
3-element Array{Float64,1}:
1.0471975511965979
1.318116071652818
1.5707963267948966``````

Here, the `acsc.` notation applies the `acsc` function element-wise to each element of the array `arr`.

3. Handle edge cases with extreme values:
``````julia> acsc(0)
Inf``````

When the input to `acsc` is 0, the result is infinity.

Common mistake example:

``````julia> acsc("hello")
ERROR: MethodError: no method matching acsc(::String)``````

In this example, the input provided to `acsc` is of type `String`, which is not a valid type for the function. Ensure that the input to `acsc` is a numeric value to avoid such errors.