ASINH Formula

Returns the inverse hyperbolic sine of a number, in radians.

Syntax

Formula structure

Source: Quadratic docs
=ASINH(number)
number
Required: Yes

Required argument used by the ASINH formula.

Examples for the asinh formula

Copy these examples into a spreadsheet and adjust the ranges for your own data.

ASINH syntax pattern

=ASINH(number)

Use this ASINH pattern as the starting point for your spreadsheet formula.

ASINH in a worksheet

=ASINH(A2)

Returns the inverse hyperbolic sine of a number, in radians.

When to use ASINH

Use ASINH when you need to return the inverse hyperbolic sine of a number, in radians.

  • Convert and calculate angles.
  • Model geometry, waves, and other trigonometric relationships.

How ASINH works in Quadratic

In Quadratic, ASINH follows the syntax ASINH(number). The function works inside Quadratic formulas and can be combined with spreadsheet ranges, tables, and other formulas.

Common ASINH mistakes

Most ASINH issues come from mismatched argument types, ranges that do not cover the intended data, or optional parameters being omitted when the default behavior is not what you expected.

  • Check each required parameter before copying the formula across a sheet.
  • Confirm that ranges line up with the rows or columns you intend to analyze.
  • Use Quadratic AI to explain or debug the formula when the result looks wrong.

Related formulas

ASINH formula FAQ

What does the asinh formula do?

ASINH returns the inverse hyperbolic sine of a number, in radians.

What is the syntax for ASINH?

The syntax is ASINH(number). Required and optional parameters are listed at the top of this guide.

Can Quadratic AI help with ASINH?

Yes. Quadratic AI can write a ASINH formula, explain existing formula logic, or help debug broken references and unexpected results.

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Spreadsheet formulas are powerful, but they get painful fast. A ASINH formula can start simple, then turn into logic that is hard to understand, easy to break, and difficult to share with the rest of your team.

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Why formulas slow teams down

  • Long formulas become hard to read, understand, and trust.
  • Formula logic breaks when rows, columns, or assumptions change.
  • Manual updates make dashboards and reports fragile over time.
  • Complex formulas are difficult to explain, review, and share with teammates.
  • Advanced analysis quickly outgrows formula-only workflows.