V = I × R

Voltage - Current - Resistance

if the resistance is constant, increases in voltage cause increases in current flow.

grounding

GFCI's

no trans-cutaneous conductors

Boil - Temperature is constant

pressure up > volume down

P1V1 = P2V2

TEMPERATURE HAS TO BE IN KELVIN!!!!

Constant is Pressure

T up = V up

V1 / T1 = V2 / T2

TEMPERATURE HAS TO BE IN KELVIN!!!!

Constant is Volume

Pressure up - Temperature up

P1 / T1 = P2 / T2

TEMPERATURE HAS TO BE IN KELVIN!!!!

Density is the ratio of a substance's mass to its volume.

D = M / V

Over 2000 = Turbulent flow

Under 2000 = Laminar flow

PF1 = PF2

Pressure (wall) - Flow

speed up = less pressure

Vgas = A × D × (P1 - P2)

/ T

Area x Diffusion x Pressure difference

divided by

Thickness

P1 x F1 = P2 x F2

Pressure - Flow

The basis for fluidic devices used in several mechanical ventilators