P2.128 The 5-cm by 5-cm by 3.6-m spar buoy from Fig. P2.126 has 2 kg of steel attached and has gone aground on a rock, as in Fig. P2.128. Compute the angle 6 at which the buoy will lean, assuming that the rock exerts no moments on the spar. Wood SG = 0.6 %3D 2.4 m olin Seawater Rock
P2.128 The 5-cm by 5-cm by 3.6-m spar buoy from Fig. P2.126 has 2 kg of steel attached and has gone aground on a rock, as in Fig. P2.128. Compute the angle 6 at which the buoy will lean, assuming that the rock exerts no moments on the spar. Wood SG = 0.6 %3D 2.4 m olin Seawater Rock
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![P2.128 The 5-cm by 5-cm by 3.6-m spar buoy from Fig. P2.126
has 2 kg of steel attached and has gone aground on a rock,
as in Fig. P2.128. Compute the angle 6 at which the buoy
will lean, assuming that the rock exerts no moments on
the spar.
now. d
WOod
SG = 0.6
2.4 m
bll
Seawater
Rock
P2.128](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F386aabbb-9de7-49c6-869b-99dae3ae5e3c%2F7992ce33-2677-4919-a895-acf4cdc96282%2F4q27pr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:P2.128 The 5-cm by 5-cm by 3.6-m spar buoy from Fig. P2.126
has 2 kg of steel attached and has gone aground on a rock,
as in Fig. P2.128. Compute the angle 6 at which the buoy
will lean, assuming that the rock exerts no moments on
the spar.
now. d
WOod
SG = 0.6
2.4 m
bll
Seawater
Rock
P2.128
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