<p>COSH COSH returns a hyperbolic cosine of a numerical expression</p><h1><strong>Syntax</strong></h1><p>COSHexpression

Syntax

COSH(NumExp)</p><p><strong>Arguments </strong></p><ul><li>NumExp is a numerical expression </li></ul><h1><strong>Remarks</strong></h1><ol><li>The

Arguments 

• NumExp is a numerical expression 

Remarks

1. The numeric expression should be an angle specified in Radians.

...

2. The hyperbolic cosine COSH

...

1. (x) gives a similar result as the expression: 0.5 * (EXP

...

1. (x) + EXP(-x))

Example knowledgebases

Download

An </li></ol><h1><strong>Example knowledgebases</strong></h1><p><strong>Download </strong></p><p>An example knowledgebase of this function can be downloaded here.</p><p><strong>Description</strong></p><p>The

Description

The example knowledge base contains all trigonometric functions. </p><div align="center"><hr /></div><p>Quick links: Function | Attribute | Constants | Dimensions </p><p>Wikipedia: Hyperbolic function | Trigonometric function</p>
<p><span style="">Quick links: </span><a class="confluence-link" href="/display/QUAESTOR/Functions">Function </a><span style=""> | </span><a class=" 

Wikipedia: [Hyperbolic function] | [Trigonometric function]

Quick links: Functions overview | Attribute overview | Constants overview | Dimensions overviewconfluence-link" href="/display/QUAESTOR/Attributes">Attribute </a><span style=""> | </span><a class="confluence-link" href="/display/QUAESTOR/Constants">Constants </a><span style=""> | </span><a class="confluence-link" href="/display/QUAESTOR/Dimensions">Dimensions </a></p>