“Very well, I will give you a trial.” So the Snark started on her long voyage without a navigator. We beat through the Golden Gate on April 23, and headed for the Hawaiian Islands, twenty-one hundred sea-miles away as the gull flies. And the outcome was our justification. We arrived. And we arrived, furthermore, without any trouble, as you shall see; that is, without any trouble to amount to anything. To begin with, Roscoe tackled the navigating. He had the theory all right, but it was the first time he had ever applied it, as was evidenced by the erratic behaviour of the Snark. Not but what the Snark was perfectly steady on the sea; the pranks she cut were on the chart. On a day with a light breeze she would make a jump on the chart that advertised “a wet sail and a flowing sheet,” and on a day when she just raced over the ocean, she scarcely changed her position on the chart. Now when one’s boat has logged six knots for twenty-four consecutive hours, it is incontestable that she has covered one hundred and forty-four miles of ocean. The ocean was all right, and so was the patent log; as for speed, one saw it with his own eyes. Therefore the thing that was not all right was the figuring that refused to boost the Snark along over the chart. Not that this happened every day, but that it did happen. And it was perfectly proper and no more than was to be expected from a first attempt at applying a theory.!

Twenty-seven days out from San Francisco we arrived at the island of Oahu, Territory of Hawaii. In the early morning we drifted around Diamond Head into full view of Honolulu; and then the ocean burst suddenly into life. Flying fish cleaved the air in glittering squadrons. In five minutes we saw more of them than during the whole voyage. Other fish, large ones, of various sorts, leaped into the air. There was life everywhere, on sea and shore. We could see the masts and funnels of the shipping in the harbour, the hotels and bathers along the beach at Waikiki, the smoke rising from the dwelling-houses high up on the volcanic slopes of the Punch Bowl and Tantalus. The custom-house tug was racing toward us and a big school of porpoises got under our bow and began cutting the most ridiculous capers. The port doctor’s launch came charging out at us, and a big sea turtle broke the surface with his back and took a look at us. Never was there such a burgeoning of life. Strange faces were on our decks, strange voices were speaking, and copies of that very morning’s newspaper, with cable reports from all the world, were thrust before our eyes. Incidentally, we read that the Snark and all hands had been lost at sea, and that she had been a very unseaworthy craft anyway. And while we read this information a wireless message was being received by the congressional party on the summit of Haleakala announcing the safe arrival of the Snark. 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.

“The Correct Magnetic Course is derived from the True Course by applying to it the variation.” Martin gave in handsomely, I’ll admit, and I am confident that at that moment, if I had asked permission to pull one of his teeth, he would not have denied me. When at Molokai, the declared leper has the privilege of re-examination, and patients are continually coming back to Honolulu for that purpose. The steamer that took me to Molokai had on board two returning lepers, both young women, one of whom had come to Honolulu to settle up some property she owned, and the other had come to Honolulu to see her sick mother. Both had remained at Kalihi for a month.