A liquid film of constant thickness 1 mm flows down an inclined plane as shown in...

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A liquid film of constant thickness 1 mm flows down an inclined plane as shown in the figure below. The velocity profile for this flow is given as, V = 2ay(h-y/2)î m/s, where h is the thickness of the film. If the dynamic viscosity and density of the fluid are 950 cP and 1261 kg/m³ respectively, find the volume flow rate per unit width in mm³/s. The acceleration due to gravity may be taken as 9.81 m²/s. Y x 45° A liquid film of constant thickness 1 mm flows down an inclined plane as shown in the figure below. The velocity profile for this flow is given as, V = 2ay(h-y/2)î m/s, where h is the thickness of the film. If the dynamic viscosity and density of the fluid are 950 cP and 1261 kg/m³ respectively, find the volume flow rate per unit width in mm³/s. The acceleration due to gravity may be taken as 9.81 m²/s. Y x 45°