Then there was the young fellow of twenty-six, who had “run through the gamut of human emotions,” and had “done everything from cooking to attending Stanford University,” and who, at the present writing, was “A vaquero on a fifty-five-thousand-acre range.” Quite in contrast was the modesty of the one who said, “I am not aware of possessing any particular qualities that would be likely to recommend me to your consideration. But should you be impressed, you might consider it worth a few minutes’ time to answer. Otherwise, there’s always work at the trade. Not expecting, but hoping, I remain, etc.” The packet, towed by singing women, glided out of the harbour. Her hull squeaked and the heavy waves beat up against her sides. The sail had turned and nobody was visible;—and on the ocean, silvered by the light of the moon, the vessel formed a black spot that grew dimmer and dimmer, and finally disappeared.!

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. Later on we returned to Malu, picked up seven recruits, hove up anchor, and started to beat out the treacherous entrance. The wind was chopping about, the current upon the ugly point of reef setting strong. Just as we were on the verge of clearing it and gaining open sea, the wind broke off four points. The Minota attempted to go about, but missed stays. Two of her anchors had been lost at Tulagi. Her one remaining anchor was let go. Chain was let out to give it a hold on the coral. Her fin keel struck bottom, and her main topmast lurched and shivered as if about to come down upon our heads. She fetched up on the slack of the anchors at the moment a big comber smashed her shoreward. The chain parted. It was our only anchor. The Minota swung around on her heel and drove headlong into the breakers.

Therefore, I reasoned, if the compass points 9° 40′ eastward of north, and I wanted to sail due north, I should have to steer 9° 40′ westward of the north indicated by the compass and which was not north at all. So I added 9° 40′ to the left of my west-by-south course, thus getting my correct Magnetic Course, and was ready once more to run to open sea. But in our particular case there was another perturbing factor. The sun, in its annual march north through the heavens, was increasing its declination. On the 19th parallel of north latitude in the middle of May the sun is nearly overhead. The angle of arc was between eighty-eight and eighty-nine degrees. Had it been ninety degrees it would have been straight overhead. It was on another day that we learned a few things about taking the altitude of the almost perpendicular sun. Roscoe started in drawing the sun down to the eastern horizon, and he stayed by that point of the compass despite the fact that the sun would pass the meridian to the south. I, on the other hand, started in to draw the sun down to south-east and strayed away to the south-west. You see, we were teaching ourselves. As a result, at twenty-five minutes past twelve by the ship’s time, I called twelve o’clock by the sun. Now this signified that we had changed our location on the face of the world by twenty-five minutes, which was equal to something like six degrees of longitude, or three hundred and fifty miles. This showed the Snark had travelled fifteen knots per hour for twenty-four consecutive hours—and we had never noticed it! It was absurd and grotesque. But Roscoe, still looking east, averred that it was not yet twelve o’clock. He was bent on giving us a twenty-knot clip. Then we began to train our sextants rather wildly all around the horizon, and wherever we looked, there was the sun, puzzlingly close to the sky-line, sometimes above it and sometimes below it. In one direction the sun was proclaiming morning, in another direction it was proclaiming afternoon. The sun was all right—we knew that; therefore we were all wrong. And the rest of the afternoon we spent in the cockpit reading up the matter in the books and finding out what was wrong. We missed the observation that day, but we didn’t the next. We had learned. Some were rather vague in their own minds concerning the work to be done on the Snark; as, for instance, the one who wrote: “I am taking the liberty of writing you this note to find out if there would be any possibility of my going with you as one of the crew of your boat to make sketches and illustrations.” Several, unaware of the needful work on a small craft like the Snark, offered to serve, as one of them phrased it, “as assistant in filing materials collected for books and novels.” That’s what one gets for being prolific.