What forward force is exerted on the ship at this speed

Reference no: EM13651688

The luxury linerQueen Elizabeth 2 has a diesel-electric powerplant with amaximum power of 87 MW at a cruisingspeed of 33.5 knots. What forward force is exerted on the ship at this speed? (1 knot = 1.852km/h.)

N

Reference no: EM13651688

Questions Cloud

Evaluate what is the mass of the lead block : A lead block is suspended from the underside ofa 0.5 kg block of wood of density of 668 kg/m3. what is the mass of the lead block

Evaluate the standard enthalpy of vaporization : A certain liqid boils at 42.0 C. Its standard entropy of vaporization, at that temperature is 89.4 J K -1mol -1 Calculate the standard enthalpy of vaporization.

Estimate what is the volume of the object : An object is solid throughout. When the object is completelysubmerged in ethyl alcohol, its apparent weight is 15.1 N. What is the volume of the object

Explain the ground state neutral and anion and cation : Consider the ground state neutral, anion, and cation species of each of the following homonuclear diatomics. In each case, which would you expect to have the highest bond order

What forward force is exerted on the ship at this speed : The luxury linerQueen Elizabeth 2 has a diesel-electric powerplant with amaximum power of 87 MW at a cruisingspeed of 33.5 knots. What forward force is exerted on the ship at this speed

How is foreignness depicted by these greek writers : Foreigners are featured in many of the works listed above. How is foreignness depicted by these Greek writers?

Calculate the fundamental wavelength for this string : A guitarstring is 60 cm long. The string has a mass of 1.8g and isunder a tension of 945N. Calculate the fundamental wavelength for this string

Explain what is the wavelength of the laser : A laser produces 20.0 mW of red light. In 1 hour, the laser emits 2.29 X 10^20 photons. What is the wavelength of the laser

Evaluate the wavelength of the waves on the string : One end of a string, 15 m long, is moved up and down with a simpleharmonic motion at a frequency of 30 Hz. What is the wavelength ofthe waves on the string

User Account

All Pages