Can anyone please help in completing the table? thank you

IMPACT OF WATER JET ON VANE AIM To determine the coefficient of impact for the force exerted by water jet striking on stationary flat plates and curved vanes for the following configurations: a) Water jet striking flat plate kept perpendicular to the axis of jet. b) Water jet striking on a stationary flat plate kept inclined at an angle to the axis of the jet c) Water jet striking on the centre of a symmetrically curved stationary vane. To draw the graph, Coefficient of impact vs velocity of jet for all three conditions SPECIFICATION Jet diameter - 15mm Angle of inclination of flat plate 60 Angle of turn of symmetrically curved vane 45 Velocity of curved vane 5m/s Observation data: Length of measuring tank, 1=3m Breadth of measuring tank, b=1m Height of water level rise, h=10cm Coefficient of contraction, Cc=0.97 Coefficient of velocity, Cv=0.98 Nozzle inlet diameter =20mm Diameter of jet (throat), d=15mm Angle of inclination of the plate to the axis of the jet, =70 Angle of turn of the symmetrically curved vane, =60 Acceleration due to gravity, g=9.81m/s