Fluid flow 

________ principle if pressure is applied to an enclosed system it is transmitted undiminished in the system.

________ visualize the fluid flow, its tangent gives info.

________ tells us that the sum of the pressures is constant.

________ law the change in pressure is proportional to the resistance of fluids.

If there is no viscosity there will be no ________ between the fluid.

________: we have relatively circular streamlines and speed of the fluid is faster.

________: RADIAL PULSE; due to periodicity of the heart cycle the changing pressure can be detected as palpitations at the arteries and also find out number of heartbeats.

________: when the streamlines are parallel to each other.

________: considering resting fluids, pressure due to the weight of a fluid.

________ and aid are considered to be fluids and the tubes are assumed to have rigid walls.

________ describes the movement of a spherical object in a viscous medium.

________: the streamlines do not change at any point.

________: ratio of force exerted on a certain area.

ratio of force exerted on a certain area

considering resting fluids, pressure due to the weight of a fluid

low pressure, pressure at IV point is larger than atmospheric pressure so Hydrostatic pressure provides the pressure difference

if a fluid is moving at certain speed it has kinetic energy, this pressure is the kinetic energy of a fluid with a given volume

RADIAL PULSE; due to periodicity of the heart cycle the changing pressure can be detected as palpitations at the arteries and also find out number of heartbeats

viscosity = 0

constant viscosity

not constant viscosity

the streamlines do not change at any point

when the streamlines are parallel to each other

we have relatively circular streamlines and speed of the fluid is faster