2. Outcomes 1 and 4.Show and explain all work. You must show and explain all work. The dragon the hull of a sailboat can be shown to depend on the boat velocity V, the water density p and viscosityμ, the length of the hull f, and the acceleration due to gravity g.JIHClass 40 Racing Yacht.30 a) Show that the dimensionless drag (drag coefficient, CD) is functionally dependent on the Froudenumber (V2/fg) and the Reynolds number (pV/μ).b) A Class 40 racing yacht has a length of approximately 14 m. The fastest average speed (over thecourse of a 24 hour race) recorded for this type of yacht is about 18 kts (9.3 m/s). The density andviscosity of cold seawater are 1030 kg/m² and 1.88 x10-2 kg/m-s, respectively. You wish to test a1/14 scale model in a towing tank in order to estimate the drag on the yacht hull at 18 kts. Whatis the tow speed for dynamic similarity? For this condition, what would be the required kinematicviscosity (v = μ/p) of the liquid in the tow tank in order to maintain dynamic similarity with thefull-scale yacht? Given that the kinematic viscosity of water is approximately 1 x 10-6 m²/s, doesthis seem possible?

Answered: Image /qna-images/answer/4afaeb5a-66cd-40b6-b0b0-edd87e523f3f.jpg

2. Outcomes 1 and 4.Show and explain all work. You must show and explain all work. The drag on the hull of a sailboat can be shown to depend on the boat velocity V, the water density p and viscosity μ, the length of the hull f, and the acceleration due to gravity g.

2. Outcomes 1 and 4.Show and explain all work. You must show and explain all work. The drag on the hull of a sailboat can be shown to depend on the boat velocity V, the water density p and viscosity μ, the length of the hull f, and the acceleration due to gravity g.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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