tfully submerged Vertical Plane) Po Ah a Hydrostatic Thrust: T= pq Bo (d. 2) :) Theoretical Depth of Pressure : 07/12 +

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Tfully Submerged Vertical Plane Po Ah A Hydrostatic Thrust T Pq Bo D 2 Theoretical Depth Of Pressure 07 12 1 (103.9 KiB) Viewed 10 times

Tfully Submerged Vertical Plane Po Ah A Hydrostatic Thrust T Pq Bo D 2 Theoretical Depth Of Pressure 07 12 2 (102.33 KiB) Viewed 10 times

tfully submerged Vertical Plane) Po Ah a Hydrostatic Thrust: T= pq Bo (d. 2) Theoretical Depth of Pressure : 07/12 + (d-/ Ht d / d Trial #1 Trial #2 Trial # 3 w 310 m.g 210 mg w w 110 mg 11.4 cm D 11.4 cm B 11.4 cm B 11.5 cm 11 cm u Wiem 7 D D 15.5 cm 12.vom D 9.8cm 22.8cm H H 22.8cm H 22.8cm 143 cm d= 11.5 cm d 8.6 cm ha 9.8cm h = 46.5cm h> 3.6cm
Date complete the table I with solution please) 1 Depth, d m) mass Added, IH mn (kg) 1 measured 1 Turning 1 movement (Nm) 1 mg xL 1 HydrostaticTheoretical | Thrust, F Distance to Center of + Pressure h" Experimental I Distance to I Center of Pressure, (mgxL/F) I (m) (m) 1