(a) Decreases

The surface tension of a liquid is inversely proportional to temperature.

(b) Increases, decreases

Most fluids offer resistance to their motion. This internal friction, known as viscosity. The viscosity of gases increases with temperature, while the viscosity of liquids decreases with temperature.

(c) Shear strain; Rate of shear strain

The elastic modulus of rigidity for solids, the shearing force is proportional to the shear strain. The elastic modulus of rigidity for fluids, the shearing force is proportional to the rate of shear strain.

(d) Conservation of mass/Bernoulli’s principle

For a steady-flowing fluid, an increase in its flow speed at a constriction follow the conservation of mass/Bernoulli’s principle.

(e) Greater

For the model of a plane in a wind tunnel, turbulence occurs at a greater speed than it does for an actual plane. This follows from Bernoulli’s principle and different Reynolds’ numbers are associated with the motions of the two planes.