acos()  The arc cosine of the given number. 
asin()  The arc sine of the given number. 
atan()  The arc tangent of the given number. 
atan2()  The angle from converting rectangular coordinates

cbrt()  The cube root of the given number. T 
ceiling()  The smallest value that is greater than or equal to the argument and equal to an integer. 
cos()  The cosine of the given angle specified in radians. 
cosh()  The hyperbolic cosine of the given angle specified in radians. 
e  The 
exp()  𝑒 raised to the power of the argument. 
expm1()  A more accurate computation of 
floor()  The largest value that is less than or equal to the argument and equal to an integer. 
halfEven()  The closest value to the argument that is equal to a mathematical integer, with even values preferred in the event of a… 
hypot()  Returns the length of the hypotenuse of a right angle
triangle with other sides having lengths 
largest()  The larger of the two arguments. 
largest()  The larger of the two arguments. 
log()  The natural logarithm (base 𝑒) of the argument. 
log10()  The base 10 logarithm of the argument. 
log1p()  A more accurate computation of 
max()  The largest 
max()  The largest 
min()  The smallest 
min()  The smallest 
pi  The Float which best approximates the mathematical constant π, the ratio of the circumference of a circle to its… 
product()  The product of the values in the given stream, or

product()  The product of the values in the given stream, or

random()  A number greater than or equal to positive zero and less
than 
remainder()  
scalb()  The value of 
sin()  The sine of the given angle specified in radians. 
sinh()  The hyperbolic sine of the given angle specified in radians. 
smallest()  The smaller of the two arguments. 
smallest()  The smaller of the two arguments. 
sqrt()  The positive square root of the given number. T 
sum()  The sum of the values in the given stream, or

sum()  The sum of the values in the given stream, or

tan()  The tangent of the given angle specified in radians. 
tanh()  The hyperbolic tangent of the given angle specified in radians. 
toDegrees()  The given angle (in radians) converted to degrees. 
toRadians()  The given angle (in degrees) converted to radians. 