Cartesian to Cylindrical Coordinates
Cartesian to Cylindrical Coordinates: calculate results from explicit inputs, with a formula and worked example.
Formula
- Use the units shown beside each field.
- Results update automatically whenever you change an input.
- Displayed values use up to four decimal places, or scientific notation for very small or large numbers. Calculations use standard floating-point arithmetic; exact integer and fraction tools identify their own precision rules.
- Euclidean geometry. Use one consistent length unit; areas and volumes use its square and cube. Degenerate shapes are rejected. Very thin shapes may lose floating-point precision. Angle convention is −180° to 180°, measured from positive x.
Example Calculation
- x: 3
- y: 4
- z: 2
Point (3,4,2) gives r=5, θ≈53.1301°, z=2.
Frequently asked questions
How do I use this calculator?
Enter x, y, z. The result updates automatically. Use Reset to restore the example values.
What method does it use?
r = √(x²+y²); θ = atan2(y,x); z unchanged. Euclidean geometry. Use one consistent length unit; areas and volumes use its square and cube. Degenerate shapes are rejected. Very thin shapes may lose floating-point precision. Angle convention is −180° to 180°, measured from positive x.
Why might a rounded result differ?
The calculation keeps full numeric precision internally, then rounds the displayed result. Rounding intermediate steps by hand can produce a slightly different answer.
Are my inputs saved online?
No. This calculator processes your inputs in your browser. A recently used list stores only calculator names on this device, not your entered values.
Check the assumptions and units before using this result. Read about calculation methods.