Proctor Orientation
May 28, 2024 16:25:19 GMT -8
Post by The Ninevite on May 28, 2024 16:25:19 GMT -8
All navigational orientation is found by the North Star, Polaris. This is often a dual problem, some people believe that orientation is by the Sun, who's helical rising is determined by the Earth's rotation. Navigation is not done by the Sun; it's done with axial reference to the rotational North Pole. Apart from morals problems and issues caused by other uses of the word "orientation", the crux of the matter is that global charting and traveling are done solely with reference to a point stationary in the sky. It's not that the Sun isn't stationary, fuzzy logic around that is an obtrusion. The Sun is stationary, but Earth's orbital rotation gives it apparent motion, and scientific navigation is simplified by using an actually stationary point it the sky which doesn't even look like it moves.
If I meant this in the context of land surveying, I would bring up the trigonometric ruler, which in civil engineering the first proctor holds stationary in a vertical position while the second proctor measures angles of elevation by degree in the field. A contour map is drawn degree of elevation by degree of elevation and one degree of elevation is of the same measure as a degree of total Earth measurement, one three hundred and sixtieth of the globe's diameter. Proctoring a collection is similar, and if you've studies in many survey courses you already know that the bulk of the assignment is a long reading list which you'll need to go pick out of the school's stacks.
By comparison to land surveying, proctoring a library collection is a matter of knowing all of your firm's items by location, it is much like being the surveyor with the vertical yard stick. The fact that civil engineering, like teaching in school and managing a library is a white-collar profession is due to the fact that practicing it relies on the engineer having abstract knowledge. The knowledge base engineering relies on is calculus, which is further to numerical arithmetic, it not only involves physics, but is in fact the knowledge of it in describable terms. Proportional calculus means knowing that for every orbit of the Earth of the Earth around the Sun, there are an invariant number of turns on its axis, each identical to all the rest in duration. What calculus really does is compare time spans to each other on the basis of locations. For example, in the Tale of Two Cities, London and Paris, which are separated by the English Channel, can be compared. Taking an interval of time such as the lifespan of Napoleon, the first question may be "How far, in miles total, did both Paris and London move?" If this sounds trivial to you at first, because you know that they both moved the same distance being stationary on the planet as it spins in its orbit, that's alright. At least you have matured to the point where you realized that in spite of hyperbole, stunning NASA discoveries of other planet's moons, and oddly yogic Nintendo gamer's fun WordPress sites, there's still only one planet Earth, or at very least, that London and Paris both cohabit on the same planet, called Earth, all the time.
If I meant this in the context of land surveying, I would bring up the trigonometric ruler, which in civil engineering the first proctor holds stationary in a vertical position while the second proctor measures angles of elevation by degree in the field. A contour map is drawn degree of elevation by degree of elevation and one degree of elevation is of the same measure as a degree of total Earth measurement, one three hundred and sixtieth of the globe's diameter. Proctoring a collection is similar, and if you've studies in many survey courses you already know that the bulk of the assignment is a long reading list which you'll need to go pick out of the school's stacks.
By comparison to land surveying, proctoring a library collection is a matter of knowing all of your firm's items by location, it is much like being the surveyor with the vertical yard stick. The fact that civil engineering, like teaching in school and managing a library is a white-collar profession is due to the fact that practicing it relies on the engineer having abstract knowledge. The knowledge base engineering relies on is calculus, which is further to numerical arithmetic, it not only involves physics, but is in fact the knowledge of it in describable terms. Proportional calculus means knowing that for every orbit of the Earth of the Earth around the Sun, there are an invariant number of turns on its axis, each identical to all the rest in duration. What calculus really does is compare time spans to each other on the basis of locations. For example, in the Tale of Two Cities, London and Paris, which are separated by the English Channel, can be compared. Taking an interval of time such as the lifespan of Napoleon, the first question may be "How far, in miles total, did both Paris and London move?" If this sounds trivial to you at first, because you know that they both moved the same distance being stationary on the planet as it spins in its orbit, that's alright. At least you have matured to the point where you realized that in spite of hyperbole, stunning NASA discoveries of other planet's moons, and oddly yogic Nintendo gamer's fun WordPress sites, there's still only one planet Earth, or at very least, that London and Paris both cohabit on the same planet, called Earth, all the time.