3) A venturi (figure below) can be used to determine the flow rate in a pipe. The equations of flow for the venturi are Qa=CMA22gc(P1P2)Qa=ActualVolumetricFlowC=DischargeCoefficient=Q1Q2=IdealVolumetricFlowActualVolumetricFlowM=VelocityofApproachfactor=[1(A1A2)2]21 Where A1 is the area in upstream of the venturi and A2 is the area of the throat. With the given values C=0.89,D1=10cm,D2=2.5cm, and P1P2=1.2 inches of water column, and the fluid is air at STP. Determine both the Actual flow rate as well as the Ideal Volumetric Flow rate. 3) A venturi (figure below) can be used to determine the flow rate in a pipe. The equations of flow for the venturi are Qa=CMA22gc(P1P2)Qa=ActualVolumetricFlowC=DischargeCoefficient=Q1Q2=IdealVolumetricFlowActualVolumetricFlowM=VelocityofApproachfactor=[1(A1A2)2]21 Where A1 is the area in upstream of the venturi and A2 is the area of the throat. With the given values C=0.89,D1=10cm,D2=2.5cm, and P1P2=1.2 inches of water column, and the fluid is air at STP. Determine both the Actual flow rate as well as the Ideal Volumetric Flow rate