The figure below shows a plan view of a fishing vessel dragging a paravane. The vessel...

 

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The figure below shows a plan view of a fishing vessel dragging a paravane. The vessel is travelling due North at 5 m/s. The length / of the cable (which remains taut) between the vessel and the paravane is currently 50m, and is increasing at a steady rate of 2 m/s. The angle between the cable and the vessel's centerline is π/4 radians as shown and is increasing at a steady rate of 0.1 radians per second. Vessel W Paravane N ·50 S [1] E (a) Find the speed of the paravane relative to the vessel. (b) Find the speed and the direction of travel of the paravane. (c) Find the magnitude of the paravane's acceleration. (d) Determine the direction of the paravane's acceleration. The figure below shows a plan view of a fishing vessel dragging a paravane. The vessel is travelling due North at 5 m/s. The length / of the cable (which remains taut) between the vessel and the paravane is currently 50m, and is increasing at a steady rate of 2 m/s. The angle between the cable and the vessel's centerline is π/4 radians as shown and is increasing at a steady rate of 0.1 radians per second. Vessel W Paravane N ·50 S [1] E (a) Find the speed of the paravane relative to the vessel. (b) Find the speed and the direction of travel of the paravane. (c) Find the magnitude of the paravane's acceleration. (d) Determine the direction of the paravane's acceleration.

Answer rating: 100% (QA)

Answer A Vessel is travelling due North 5 mls tha I is length blw Vess... View the full answer