RADIANS Google Sheet Formula
Generate Google Sheet RADIANS Formulas in seconds
Interactive Formula Generator
Formula Generator
Create complex Google Sheets formulas with natural language. Simply describe what you want to calculate.
Upgrade to Sheet Alchemy Pro
Get advanced formulas, batch processing, and priority support
Input
Result
Your formula will be displayed here:
Your formula will appear here
Describe what you want to calculate and click Generate
Pro Features Available
Sheet Alchemy Pro includes additional advanced features to enhance your formula generation.
Advanced Formulas
Complex array formulas and dynamic ranges
Batch Processing
Generate multiple formulas at once
Unlimited History
Save and organize all your formulas
RADIANS Formula Syntax
Example Use Case
Converting degrees to radians for trigonometric calculations
Understanding the RADIANS Formula
The RADIANS function in Excel converts an angle from degrees to radians, a must for trigonometric functions like SIN or COS that require radian inputs. It’s the reverse of DEGREES, ensuring compatibility with Excel’s math engine.
RADIANS(180) returns 3.14159 (π), since 180° is π radians. It’s a single-argument function, multiplying degrees by π/180, making it a quick bridge for geometric or engineering tasks needing radian-based math.
Why Use RADIANS?
RADIANS preps angles for trig functions—think calculating waveforms or circular motion. Its precision ensures seamless integration with Excel’s radian-based tools, saving you from manual conversions.
Example with Sample Data
| Degrees | Formula | Result (radians) |
|---|---|---|
| 180 | =RADIANS(180) | 3.14159 |
| 90 | =RADIANS(90) | 1.57080 |
| 45 | =RADIANS(45) | 0.78540 |
RADIANS transforms: 180° to π, 90° to π/2. It’s a trig-ready converter.
Explore More Google Sheet Formulas
VLOOKUP
Looking up a value in the first column and returning a value from the same row
Learn moreHEX2OCT
Converting a hexadecimal number to octal format for specific numerical system transformations
Learn moreROW
Returning the row number of a reference for position-based calculations
Learn moreINT
Extracting the integer part of a number for discrete calculations
Learn moreIMEXP
Calculating the exponential of a complex number
Learn moreQUARTILE
Finding quartile values in a range for distribution analysis
Learn moreADDRESS
Creating a cell reference as text by providing row and column numbers
Learn moreSWITCH
Evaluating an expression against multiple values and returning a matching result
Learn moreUnlock the Full Power of Sheet Alchemy
Get access to all our formula generators, script generators, and conversion tools with a free Sheet Alchemy account.
