Force Exerted By Jet Inclined To Vane
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Force Exerted by Jet Inclined to Vane
When a jet is impinging on a flat stationary plate at an angel as shown in exerted by it is calculated by
Force = rate of change of momentum
= mass of water x (change in velocity in the original direction)
= ρ a v (v – 0)
F = ρ a v2
Where θ is the inclination of jet with the vane.
Force exerted in the direction normal to the plate.
F = ρ a v2 x sin θ
Force exerted by jet in the direction of flow
Fx = F sin θ = ( ρ a v2 sin θ) sin θ
Fx = ρ a v2 sin2 θ
Force exerted by jet in the direction normal to the flow.
Fy = F cos θ = ( ρ a v2 sin θ ) cos θ
Fy = ρ a v2 sin θ cos θ
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= mass of water x (change in velocity in the original direction)
= ρ a v (v – 0)
F = ρ a v2
Where θ is the inclination of jet with the vane.
Force exerted in the direction normal to the plate.
F = ρ a v2 x sin θ
Force exerted by jet in the direction of flow
Fx = F sin θ = ( ρ a v2 sin θ) sin θ
Fx = ρ a v2 sin2 θ
Force exerted by jet in the direction normal to the flow.
Fy = F cos θ = ( ρ a v2 sin θ ) cos θ
Fy = ρ a v2 sin θ cos θ
For more help in Force Exerted by Jet Inclined to Vane click the button below to submit your homework assignment