In MySQL, the ATAN2()
function returns the arc tangent of two values.
You provide the two values as comma-separated arguments when calling the function.
In MySQL, the ATAN2()
function returns the arc tangent of two values.
You provide the two values as comma-separated arguments when calling the function.
In MySQL, the ATAN()
function returns the arc tangent of a value. It can also be used to return the arc tangent of two values.
You provide the value/s as an argument when calling the function.
In MySQL, the ASIN()
function returns the arc sine of a number.
You provide the number as an argument when calling the function.
In MySQL, the ACOS()
function returns the arc cosine of a number.
You provide the number as an argument when calling the function.
In MySQL, the RADIANS()
function converts a value from degrees to radians, and returns the result.
You provide the value in degrees as an argument when calling the function.
In MySQL, the DEGREES()
function converts a value from radians to degrees, and returns the result.
You provide the radian value as an argument when calling the function.
In MySQL, the CRC32()
function computes a cyclic redundancy check value and returns a 32-bit unsigned value.
CRC stands for Cyclic Redundancy Check. A CRC is an error-detecting code commonly used in digital networks and storage devices to detect accidental changes to raw data (although, it doesn’t necessarily guard against malicious or intentional changes).
In MySQL, the COT()
function returns the cotangent of a given value.
You provide the value as an argument when calling the function.
In MySQL, the COS()
function returns the cosine of a given value, where the value is given in radians.
The cosine is the trigonometric function that is equal to the ratio of the side adjacent to an acute angle (in a right-angled triangle) to the hypotenuse.
In MySQL, the ABS()
function returns the absolute value of a given value.
An absolute value is the distance of a number on the number line from 0 without considering which direction from zero the number lies. Therefore, the absolute value of a number is always a non-negative value (i.e. it’s never negative).