fluid momentum timefluid momentum time.pptx

Mass and distance is related in what is called momentum which is the space time of mass with distance because momentum equal mass multiplied by speed and speed is distance change with time so mass and distance is changed with time at first degree of freedom which is distance by means of speed and in fluids mass also is changing with time in what is called differential mass element which is the second degree of freedom of momentum robot arm in kind of similarity between industrial robot arms and partial differential equation of momentum which is called navier and stokes equation that unsolved yet to predict the motion of each particle of any fluid in three dimentions of space and in time under any force and of course with changing viscosity and pressure and gravity force for each fluid density. Here I think mass of fluid is regulated with acceleration which make lower amount of mass faster and in higher distances from force so if we see the effect of force on the fluid particle differential element of masses in frequency domain instead of time domain we will see the power of each frequency and that power is related to what is the most frequency we can express the fluid particle differential element of mass by it function of mass by so this frequency will gain the most power of all frequencies in frequency domain and in other words amplitude and phase is rearranged in frequency domain of momentum in away that give the most mentioned pattern of motion the highest amplitude at its phase or frequency here we replaced frequency in signals by pattern related to mass function with mass diffferntial element and that pattern is aseries so there are serieses such as there are frequencies and that serieses has amplitude regulated by means of speed of repetition compared to other serieses so distance expressed by amplitude is processed nonlinearly by means of common areas between serieses of mass function of diffferntial element of mass that disscribe mass change with time in kind of distance change with time discrete fourier transform that change from time domain that has distance and time to frequency domain that has amplitude and phase or frequency
Viscosity is the properity of fluid that make pressure which is the force per unit area that area between layers of afluid which has the second derivative of the speed of the fluid so if we want to imagine the flow of processing liquid velocity we will find that pressure is the do while condition that give the gravity the permission to change acceleration of fluid embedded by internal force of viscosity so viscosity is the processor of highest speed in the equation of navier and stokes that with the coordinations of the force of gravity make the serieses of mass differential element in time domain by achangable pressure with viscosity under acertain force loop in space and time make the frequency domain to become in kind of waves at acertain serieses of containing the function that remain the mass flow through t

1. Mass as distance function Fluid mass spectrum in time duration

2. Angular velocity as heat Effect of different viscosity on the same area like node generation

3. space time of differential element of mass Mass may be in or out Difference in mass is positive or negative Mass is energy Neglecting mass means changing sign of difference in mass Mass is embedded in velocity and force