Why nautical mile is different from statute mile, Civil Engineering

Assignment Help:

One nautical mile is described by one latitude minute of arc (there are 60 like minutes to a degree). This equals 1852 meters, and roughly (but coincidentally) 2000 yards or 6000 feet. (Edit: really, a standard nautical mile is 6076 feet, 6000 feet and 2000 yards are commonly used approximations, but create an error of about 1%).

The statute mile had a little fuzzier definition to start with, as one mile was the similar as 1000 roman PAces/steps. The definition has as changed, but one statute mile equals about 1609 meters.

 

 


Related Discussions:- Why nautical mile is different from statute mile

What is n-value of standard penetration test, Define and discuss the variou...

Define and discuss the various factors that help decide the number and depth of bore holes needed for subsoil exploration. What is 'N-value' of Standard Penetration Test? How do

Example of bars of varying cross section, Example of Bars of Varying Cross ...

Example of Bars of Varying Cross Section: In the numerical example under consideration δ = 750 × 300/( π/4) × 200 2 × 60 +750 × 400/(π/4) × 135 2 × 60 + 750 × 200/(π/4)

Cement bag question., composition of cement in cover bag should be written ...

composition of cement in cover bag should be written or not/ If written which country uses ?please specify the name ?

Delay of bituminous laying on top of sub-base, Question In case if ther...

Question In case if there is a delay of bituminous laying on top of sub-base, have to tack coat be applied on the top surface of sub-base? Answer When there is a d

Define the concept of creep of concrete, Define the concept of Creep of Con...

Define the concept of Creep of Concrete Creep of concrete is another important characteristic. It represents progressive strains in concrete which occur at constant value of st

Determine the total head and total pressure of water, Determine the total h...

Determine the total head and total pressure of water flowing at  in a pipe which has the following data: Flow= 2,500 gpm; Elevation = 30 ft; Pressure = 40 psi; Pipe Diameter =

Explain the angle of wall friction, A retaining wall 4.5 m high with vertic...

A retaining wall 4.5 m high with vertical back supports a backfill with horizontal surface. The unit weight of the fill is 18 kN/m 3 and the angle of internal friction is 36°. The

Explain tension and compression anchorage length, Q. Explain Tension and co...

Q. Explain Tension and compression anchorage length? Tension anchorage length vs. compression anchorage length Tension anchorage length of steel reinforcement in concrete

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd