i need the answer quickly It is proposed to design a ship. The proposed ship (prototype) is has a length of 150m and wetted surface area of 2000 m² with a speed of 40 km/hr. A model of 1:20 is tobe tested in the laboratory at a velocity corresponding to the wave resistance. Thetotal drag on the model is 50 N. Determine the following(1) Wave resistance drag of the model.0.074Given friction drag, F, C, PAV², C.-=for R <2 x 10¹,Re%2C₂= =0.01Re-2for Re> 2 × 10¹Pmode= 1000 kg/m³, Pr= 1020 kg/m³,prototypeV, 1.125 x 10 m²/sec, v= 1.11 x 10 m²/sec.m

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Answered: 2000 m² with a speed of 40 ta velocity…

Engineering

Civil Engineering

2000 m² with a speed of 40 ta velocity corresponding t N. Determine the following the model. 0- A F₁C, PAV², C= R

Fundamentals of Geotechnical Engineering (MindTap Course List)

5th Edition

ISBN:9781305635180

Author:Braja M. Das, Nagaratnam Sivakugan

Publisher:Braja M. Das, Nagaratnam Sivakugan

Chapter12: Subsurface Exploration

Section: Chapter Questions

Problem 12.9P

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Asphalt Binders and Mixtures

Asphalt binders are subsidiary products procured during the refining process of petroleum while manufacturing gasoline, diesel, and similar petroleum products. Asphalt binders are obtained from the residue that remains after the distillation of petroleum, this residue is further subjected to steam distillation and oxidation to remove the traces of gas oil present in the residue. Certain additives or modifiers are also added to asphalt binders to alter them to suit different applications.

Question

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i need the answer quickly

It is proposed to design a ship. The proposed ship (prototype) is has a length of 150
m and wetted surface area of 2000 m² with a speed of 40 km/hr. A model of 1:20 is to
be tested in the laboratory at a velocity corresponding to the wave resistance. The
total drag on the model is 50 N. Determine the following
(1) Wave resistance drag of the model.
0.074
Given friction drag, F, C, PAV², C.-
=
for R <2 x 10¹,
Re%2
C₂= =
0.01
Re-2
for Re> 2 × 10¹
Pmode
= 1000 kg/m³, Pr
= 1020 kg/m³,
prototype
V, 1.125 x 10 m²/sec, v
= 1.11 x 10 m²/sec.
m

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