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Stokes Law Calculator

Stokes Law Calculator are physic/math calculator to find Acceleration of gravity, Medium viscosity, Medium density, Particle density, Particle diameter or Terminal velocity fast and easy

Stokes Law Calculator are physic/math calculator to find Acceleration of gravity, Medium viscosity, Medium density, Particle density, Particle diameter or Terminal velocity fast and easy

Stokes Law Calculator

by Nitrio
Stokes Law Calculator
Stokes Law Calculator
Stokes Law Calculator

What is it about?

Stokes Law Calculator are physic/math calculator to find Acceleration of gravity, Medium viscosity, Medium density, Particle density, Particle diameter or Terminal velocity fast and easy.

Stokes Law Calculator

App Details

Version
1.1
Rating
NA
Size
8Mb
Genre
Utilities Productivity
Last updated
February 5, 2021
Release date
June 16, 2018
More info

App Screenshots

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Stokes Law Calculator screenshot-9

App Store Description

Stokes Law Calculator are physic/math calculator to find Acceleration of gravity, Medium viscosity, Medium density, Particle density, Particle diameter or Terminal velocity fast and easy.

Stokes Law describes the steady flow of a continuous stream of fluid which is in-compressible and has negligible viscosity. It is defined as the basis of the falling - sphere viscometer. In the viscometer the fluid is stationary in a vertical glass tube.

Features:
- Instant calculation
- Result are copy able to other app
- Formula are include as reference
- Support up to 16 decimal place
- Support various unit for each input

Stoke's law states that at low velocities the frictional force on a spherical body moving through a fluid at constant velocity is equal to 6 π times the product of the velocity, the fluid viscosity, and the radius of the sphere. In short, a sphere moving through a viscous fluid is directly proportional to the velocity of the sphere as well as the radius of the sphere, and the viscosity of the fluid.

Formula
Fall or Settling Velocity :
Vt = gd2 (ρp - ρm)/18μ

Acceleration of Gravity :
g= 18 μ Vt /d2(ρp - ρm)

Particle Diameter :
d= √18 μ Vt /g (ρp - ρm)

Density of Medium :
ρm = ρp - 18 μ Vt/ d2

Particle Density :
ρp = 18 μ Vt /d2+ ρm

Viscosity of Medium :
μ = gd2( ρp - ρm)/18 Vt

Where,
Vt = Fall or Settling Velocity,
g = Acceleration of Gravity,
d = Particle Diameter,
ρm = Density of Medium,
ρp = Particle Density,
μ = Viscosity of Medium.

*This is a universal app that work for both iPhone and iPad.

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