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Bernoulli's Equation With Constant Potential Energy Terms Calculator

Pressure at Point 1 (P₁) [Pa]:

Velocity at Point 1 (U₁) [m/s]:

Pressure at Point 2 (P₂) [Pa]:

Velocity at Point 2 (U₂) [m/s]:

Density of Fluid (ρ) [kg/m³]:

Note:

Bernoulli's Equation: This equation explains the relationship between pressure and velocity in a steady fluid flow system. It states that the total energy (pressure + kinetic energy) remains constant.

Parameters:

P₁ and P₂: Initial and final pressure in Pascals (Pa).
U₁ and U₂: Initial and final velocity in meters per second (m/s).
ρ (Density): Fluid density in kg/m³.

Real-life Applications:

Fire Safety: Used to determine pressure and flow in firefighting water pipelines.
Aerospace: Explains lift generation in airplane wings.
Medical: Used in devices like blood pressure monitors.

Conclusion:

Bernoulli’s Equation is essential in fluid dynamics, ensuring safety in firefighting, aviation, and medical applications.