A large ocean-going ship runs aground near the coastline, similar to what happened to the cruise ship, Costa Concordia. It lies at an angle as shown on the right side. Salvage crews must apply a torque to make the ship upright in order to float the vessel for transport. A force of 5.0 x 10S Newtons acting at point A must be applied to make the ship upright.
A large ocean-going ship runs aground near the coastline, similar to what happened to the cruise ship, Costa Concordia. It lies at an angle as shown on the right side. Salvage crews must apply a torque to make the ship upright in order to float the vessel for transport. A force of 5.0 x 10S Newtons acting at point A must be applied to make the ship upright.
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Transcribed Image Text:regarding the given scenario. Your answer will not be valid without a corresponding correct solution.
A large ocean-going ship runs aground near the coastline,
similar to what happened to the cruise ship, Costa Concordia.
It lies at an angle as shown on the right side. Salvage crews
10
must apply a torque to make the ship upright in order to float
the vessel for transport. A force of 5.0 x 105 Newtons acting at
point A must be applied to make the ship upright.
5X 10 N
1. Draw a diagram showing the moment arm and the force.
100 m
2. What is the value of the moment arm? Write your formula and solution below.
3. What is the torque at the shown point of contact of the ship with the seabed? Write your formula and solution
4. What is the direction of the torque?
5. What is the sign of the direction of the torque?
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