For an incompressible fluid, change in density is negligible. Thus it does not change with temperature and pressure.

Specific weight(?) is defined as weight(w) per unit volume(V ), i.e.,
? = w / v
Thus, unit of is N = m³.

Bulk Modulus k is related to compression of a liquid and decrease in volume per unit volume. It is ratio of compressive stress to volumetric strain.

Power lost= torque * angular velocity
= force* radius* angular velocity
= shear stress * area* radius* angular velocity
Shear Stress = viscosity* velocity gradient
Power lost= 0.0005*0.8*1000* 2*3.142*190/60*0.2*3.142*0.23 * 190/60
= 477.65 Watts.

By definition, viscosity is shear stress per unit ?rate of shear strain?.

Ideal fluids are incompressible which means y will have zero compressibility.

1 Poise = 1 dyne-s/cm²

Mass Density(p) is defined as mass(m) per unit volume(V ), i.e., p = m ?v
Thus, unit of p is kg = m³.

Thixotropic fluid show a Non-Newtonian variation for shear stress vs. rate of shear strain graph after a characteristic limiting value of shear stress is reached.

Capillary rise is given by
h=4*cos?*?/?*g*d
As temperature increases, ?(surface tension) decreases. Therefore, correspondingly rise(or fall) will decrease as ir is direct proportional relation between two.