TOPIC: HYDROSTATIC FORCES ON CURVED SURFACES, ANALYSIS OF GRAVITY DAMS AND BUOYANCY PLEASE PROVIDE A COMPLETE SOLUTION WITH FIGURE FOR ME TO FOLLOW :) ANSWER IS GIVEN FOR REFERENCE. THANK YOU! A...


TOPIC: HYDROSTATIC FORCES ON CURVED SURFACES, ANALYSIS OF GRAVITY DAMS AND BUOYANCY


PLEASE PROVIDE A COMPLETE SOLUTION WITH FIGURE FOR ME TO FOLLOW :)


ANSWER IS GIVEN FOR REFERENCE. THANK YOU!


A uniform wooden beam (s.g. = 0.65) is 10 cm by 10 cm by 3 m and is hinged at A, as shown below. At what angle<br>e will the beam float in water (Use y = 9.79 kN /m³)?<br>Ans. F = 34.30°<br>1m<br>Water<br>D<br>

Extracted text: A uniform wooden beam (s.g. = 0.65) is 10 cm by 10 cm by 3 m and is hinged at A, as shown below. At what angle e will the beam float in water (Use y = 9.79 kN /m³)? Ans. F = 34.30° 1m Water D

Jun 11, 2022
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