Fluids / Calculator 29

Hydrostatic Pressure

Fluid pressure rises with depth under uniform density and gravity.

Your inputs

Hydrostatic Pressure

Fluids · 3 inputs

Calculated result29,419.95Pa gauge
Example result
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How to use this calculator

  1. Enter fluid density in kg/m³.
  2. Enter depth in m.
  3. Enter gravity in m/s².
  4. Select Calculate and keep the output unit with the answer.

Before you use the answer

Choose a system boundary and a positive direction before entering measured values. Introductory equations deliberately leave out some real-world effects. If the setup has changing acceleration, drag, losses or nonuniform properties, first decide whether the simplified model is a useful approximation.

This returns the pressure increase from the surface. Add surface pressure for absolute pressure.

Does it save my inputs?

No calculation history is stored by this website. The calculator works locally in your browser. See the privacy policy for hosting and contact details.

Why might a result be approximate?

Measurement uncertainty, ideal-model assumptions and floating-point rounding can all matter. Displaying more digits does not improve the original measurement.

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