🔥 Welcome to aviator-predictor-v4.0 — The Realm of Intense Gaming!🔥

aviator-predictor-v4.0 is To begin with, there are the compasses and the setting of the courses. We sailed from Suva on Saturday afternoon, June 6, 1908, and it took us till after dark to run the narrow, reef-ridden passage between the islands of Viti Levu and Mbengha. The open ocean lay before me. There was nothing in the way with the exception of Vatu Leile, a miserable little island that persisted in poking up through the sea some twenty miles to the west-southwest—just where I wanted to go. Of course, it seemed quite simple to avoid it by steering a course that would pass it eight or ten miles to the north. It was a black night, and we were running before the wind. The man at the wheel must be told what direction to steer in order to miss Vatu Leile. But what direction? I turned me to the navigation books. “True Course” I lighted upon. The very thing! What I wanted was the true course. I read eagerly on: And work it up I did, only to find that my longitude was 184° west..

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🎮 “The Correct Magnetic Course is derived from the True Course by applying to it the variation.” “So you write books,” he said, one day when, tired and sweaty, I finished my morning’s work.!

🏆 This is the illustration. At eight A.M. I took my chronometer sight. At the same moment the distance recorded on the log was noted. At twelve M., when the sight for latitude was taken, I again noted the log, which showed me that since eight o’clock the Snark had run 24 miles. Her true course had been west ¾ south. I entered Table I, in the distance column, on the page for ¾ point courses, and stopped at 24, the number of miles run. Opposite, in the next two columns, I found that the Snark had made 3.5 miles of southing or latitude, and that she had made 23.7 miles of westing. To find my eight o’clock’ latitude was easy. I had but to subtract 3.5 miles from my noon latitude. All the elements being present, I worked up my longitude. CHAPTER V THE FIRST LANDFALL!

🔥 Download aviator-predictor-v4.0 “We sailed from Suva, in the Fijis, didn’t we?” it demands, and logical mind agrees. “And Suva is in east longitude?” Again logical mind agrees. “And we sailed west (which would take us deeper into east longitude), didn’t we? Therefore, and you can’t escape it, we are in east longitude.” This is the way of the sun. It is so irregular that it is impossible for man to devise a clock that will keep the sun’s time. The sun accelerates and retards as no clock could be made to accelerate and retard. The sun is sometimes ahead of its schedule; at other times it is lagging behind; and at still other times it is breaking the speed limit in order to overtake itself, or, rather, to catch up with where it ought to be in the sky. In this last case it does not slow down quick enough, and, as a result, goes dashing ahead of where it ought to be. In fact, only four days in a year do the sun and the place where the sun ought to be happen to coincide. The remaining 361 days the sun is pothering around all over the shop. Man, being more perfect than the sun, makes a clock that keeps regular time. Also, he calculates how far the sun is ahead of its schedule or behind. The difference between the sun’s position and the position where the sun ought to be if it were a decent, self-respecting sun, man calls the Equation of Time. Thus, the navigator endeavouring to find his ship’s position on the sea, looks in his chronometer to see where precisely the sun ought to be according to the Greenwich custodian of the sun. Then to that location he applies the Equation of Time and finds out where the sun ought to be and isn’t. This latter location, along with several other locations, enables him to find out what the man from Kansas demanded to know some years ago.!🔥