Changes

==Description==

==Description==

Consider &nbsp;&nbsp;&nbsp; '''x = 90'''&nbsp;&nbsp;&nbsp;  then &nbsp;&nbsp;&nbsp;  '''=COS(RADIANS(90))'''&nbsp;&nbsp;&nbsp; gives &nbsp;&nbsp;&nbsp;'''0''' <br/>

Consider &nbsp;&nbsp;&nbsp; '''x = 90'''&nbsp;&nbsp;&nbsp;  then &nbsp;&nbsp;&nbsp;  '''=COS(RADIANS(90))'''&nbsp;&nbsp;&nbsp; gives &nbsp;&nbsp;&nbsp;'''0''' <br/>

The above function gives the Cosine of 'x' in Degree.<br/>

The above function gives the Cosine of 'x' in Degree.<br/>

*In a right angled triangle,&nbsp;&nbsp;  '''COS = Adjacent side / Hypotenuse'''.<br/>

*In a right angled triangle,&nbsp;&nbsp;  '''COS = Adjacent side / Hypotenuse'''.<br/>

*By default, Calci takes the angle in Radians.

*By default, Calci takes the angle in Radians.

* To convert Radians to Degrees  multiply with 180/PI() or we have to use the Radians function COS(RADIANS(x)) or DCOS(x).

* To convert Radians to Degrees  multiply with 180/PI() or we have to use the Radians function COS(RADIANS(x)) or DCOS(x).<br/>  

* COS function determines the Cosine of the given angle. <br/>

The following example shows how COS is applied to an array of numbers containing Angles 1..10.

The following example shows how COS is applied to an array of numbers containing Angles 1..10.