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# Calculator for cosecant, arcus cosecant, hyperbolic cosecant and area cosecant.

With the COSECANS trigonometric calculator you can calculate the values of any cosecans function. In addition to the response results, the calculator will also plot the selected function. You can choose one of the preset functions, e.g. cosecant, arccosec - arccosecant, cosech - hyperbolic cosecant, arcosech - inverse cosech, or you can enter your own function, e.g. cosec(x) * cosec(x) * cosec(x) for cosec3 (x), cosec(2x), cosec(x+3), cosec(x^2) etc.
You can use for calculations:
numbers 0-9 , e.g. 123.45. Very large numbers can be written as 2.5E20 for 2.5 * 1020, very small numbers can be written as 3E-10 for 3 * 10-10. The decimal places can contain up to 12 digits because of the decimal point;
you can use (.,) a period or a comma as a decimal separator, e.g. 1.5 or 1,5 ;
() [] {} <> e.g. {[(1 + x) / (2-x) +1] * 3} / (2 * x ^ 2), can be used in any amount. Each open parenthesis must be closed. It doesn't matter what kind of brackets you choose;
# as a separator for multiple output values, e.g. cosec(pow(x # 2));
+ Plus, e.g. cosec(x + 1) ;
- Minus, e.g. cosec(1-x) ;
* Times, the multiplication sign can be omitted when it is between a letter and a number e.g. you can write cosec(2x) instead of cosec(2 * x) but you must not write xcosec(x) or cosec(ex);
/: Division. 1/x or 1:x ;
e Euler's number: 2.718281828459;
pi π , Pi: 3.1415926535898;
pi2 π /2, Pi/2: 1.5707963267949;
sq2 square root of 2:1.4142135623731;
go the golden ratio ratio: 1.6180339887499;
d Feigenbaum constant - delta: 4.6692016091030;
^ or pow A power, e.g. cosec(x^2) or cosec(pow(x#2)) for cosec(x2). The root can be written e.g. x^(1/2) or x^0.5 for the square root of x, for an exponential function like this: ex the notation could be e^x;
The root of a negative value can only be written when the numerator of the power is 1 and the denominator is different (eg x^(1/3) ). To calculate the negative value of x for e.g. x^(2/3) , write this function as (x^(1/3))^2 ;
sqr The square root of e.g. cosec(sqr(x)) is the same as cosec(x^(1/2));
exp An exponent, e.g. cosec(exp(x)) is the same as cosec(e^x);
log Natural logarithm, e.g. cosec(log(x)) ;
log10 Decimal logarithm, e.g. cosec(log10(x)) ;
logn Base n logarithm, e.g. cosec(logn(2#x)) for binary logarithm;

Also use:
deg converts a number in radians to the equivalent in degrees, e.g. cosec(deg(pi))

To get the result, select the appropriate function or enter your own and in the Values ​​field enter a value or values ​​separated by a space (e.g. 2 5 8 10).

## Trigonometric functions - COSECANS

 cosec(x) - cosecans arccosec(x) - arcus cosecans cosech(x) - cosecans hyperbolic arcosech(x) - area cosecans hyperbolic

Custom function

Values

Example values:

Result format:
Only result Table CSV

Decimal places

Useful information

 Trigonometric functions - Wikipedia (EN)