Through Space to Mars - Roy Rockwood (life changing books TXT) 📗
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the proper machinery for it, a small force could accomplish a
great deal of work.
The rear of the projectile was to be occupied by the mysterious
apparatus that was to drive it through space. In this compartment
would be many strange machines, including the one which Mr. Roumann
had invented to use the terrific and secret force of which he was
the discoverer.
There were apparatus for distilling water from the atmosphere,
others for manufacturing oxygen, dynamos for furnishing light to
the interior of the Annihilator, motors for working the various
small machines, and a number of other appliances.
Forward from the engine-room was a space to be used in storing
away the food supplies, and the materials necessary for generating
the force used, as well as for making a new supply of air when
needed.
Amidships was a living-room, with a plate-glass window on either
side. There was not much space to move about in it, as, owing to
the long and narrow shape of the projectile, economy of room was
enforced. Still, the place was a lengthy one, with tables and
chairs, which could be folded up out of the way when not in use.
There was provision for a library of scientific and other books,
and a piano played by electricity and brass disks, somewhat on
the order of modern player-pianos.
“What are those apertures in the sides of the living-room?” asked
Jack of Mr. Roumann, as the lad glanced over a sheet of
blue-print paper, on which was shown a plan of the projectile.
“Those,” said the German, “are for the guns.”
“Guns!” exclaimed Mark. “Why, they’re too big for guns. They
are large enough to put a cannon through.”
“And that is just what is going to be put through them, my boy,”
went on Mr. Roumann. “From those openings, and you will see that
there are four of them, will protrude the muzzles of my electric
cannons.”
“Do we need them?” asked Jack.
“You can’t tell what we’ll need when we get to Mars,” was the
slow answer. “You must remember that we know nothing about the
inhabitants of the planet. While I believe that the people there
are of a very high grade of intelligence, we must be prepared for
the worst. We may find them terrible savages, who will want to
attack and destroy us. With the electric cannon we can defend
ourselves.”
“That’s so,” admitted Jack. “We had to fight the Esquimaux up
north,”
“And the putty-men in the center of the earth,” added Mark.
Forward of the living-room, and near what corresponded to the bow
of the projectile, were the sleeping-rooms, consisting of two
long, narrow compartments, with a passageway between them, like
the aisle in a sleeping-car. The beds were berths against the
wall, much as in the Pullman cars of to-day.
In the very “nose” of the Annihilator was the pilot house. Here
were grouped together the wheels, levers, cams, gears, pistons
and other apparatus that controlled the big projectile. Standing
in it, and peering out through a heavy plate glass window, the
operator could guide the machine in any direction he desired, and
he could also regulate the rate of progress.
A number of scientific instruments were carried, for showing and
registering the speed and direction of the Annihilator, the
distance it was above the earth, and there was an indicator to
note how near the travelers came to Mars. There was also a
powerful telescope, and a number of cameras so arranged that they
would automatically take pictures.
“We’ll have to travel through space pretty fast in order to cover
thirty-five millions of miles,” observed Jack, stopping in his
work of helping rivet some of the plates.
“About how fast will we have to go, Mr. Roumann?”
“I have it all figured out,” replied the German.
“I hope our projectile will stand it,” remarked Mr. Henderson.
“We did not have to make such terrific speed on our other
voyages.”
“I think that the Annihilator, as we have planned it, will not
suffer from the strain of speed,” when on Mr. Roumann, looking up
from his study of some blue-prints. “You may be astonished when
I tell you we shall have to travel at the rate of one hundred
miles a second.”
“One hundred miles a second!” exclaimed Jack. “That’s pretty
fast, isn’t it?”
“It’s at the rate of eight million six hundred and forty thousand
miles a day,” came from Mark, who was a rapid figurer.
“And to cover thirty-five million miles would take us less than
five days,” said Jack. “But such an enormous speed—”
“We must travel at about that speed,” interrupted Mr. Roumann,
“though I fancy we will be nearer ten days than five in reaching
Mars.”
“Why?” asked Jack.
“Because we will not dare travel at such terrific speed as one
hundred miles a second through the atmosphere of the earth. We
would be burned into cinders by the mere friction of the air.
Therefore, I shall send the Annihilator comparatively slowly
through the earth’s atmosphere, and perhaps I will find that I shall have
to do the same thing when we near Mars. But while traveling through
the ether, or the space that is between the two can go as fast
as we like, which will as Mark has said, eight million miles per day.”
“But even that rate,” began Jack, “is going to pretty fast.”
“It is faster than almost anything except light,” went on Mr.
Roumann.
“Light travels one hundred and eighty-six thousand miles a
second,” stated Mark, who remembered his physics. “That’s more
than seven times around the earth in a second.”
“Correct,” said Mr. Roumann with a smile. “But sound, as you
know, only goes a little over a thousand feet a second, at a
temperature of thirty-two degrees above zero. In a warmer
atmosphere it travels slightly faster. We are going much faster
than sound ever travels. A cannon ball will travel about three
thousand feet per second, so we are even going to beat cannon
balls. At least, we hope we are, when we get beyond the earth’s
atmosphere.”
“That’s going to be terrific speed,” remarked Jack dubiously, as
if there was some risk in it.
“You need not worry,” said Mr. Roumann. “You know we are building
the Annihilator with a double shell, with a space between the two
walls.”
“Yes?” said Jack questioningly.
“Well, in that space I intend to put a new kind of gas, that will
absorb all the heat that may be generated by our flight through
space,” went on Mr. Roumann. “Now that you know you have
nothing to fear, let us go on with the work.”
A MYSTERIOUS THEFT
“Would yo’ kindly permit me t’ prognostigate yo’ attention fo’ de
monumental contraction of impossibilitiness in de circomlocution
ob attaining de maximum nutrition ob internal combustion?” asked
Washington White about an hour later, as he poked his head into
the workshop, where the professor, the boys and Mr. Roumann,
together with the machinists, were busily engaged.
“What’s that, Wash?” asked Jack with a wink at Mark. “Would you
mind saying that over again?”
“Not in de leastest, Massa Jack,” replied the colored man. “What
I done intended to convey to de auditory sensibilities ob de
auricular nerves ob do exterior contraption ob de—”
“Hold on, Washington!” cried Professor Henderson with a laugh.
“That sounds as if it was going in be worse than the other. Did
I understand you to say that you wanted us to come to dinner?”
“Dat’s jest it, pertesser. I done ‘spress mahself in de most
disproportionate language what I knows how, an’ yet it seems laik
some pussons cain’t understand de appreciableness ob simplisosity.”
“Simplisosity is a new one,” murmured Mark, while Washington,
with an injured look at Jack, who was laughing, went back to his
kitchen to prepare to serve the meal.
“I wonder what we’ll get to eat when we get up above?” asked
Jack, taking advantage of a lull during the meal, when Washington
was in the kitchen, for it had been agreed that nothing was yet
to be said to the colored man as to their destination, though
Andy Sudds knew of their plans. But Andy could be depended on
not to talk too much.
“Eat?” repeated the professor. “Why, I fancy that we will take
enough along from the earth to last us, eh, Mr. Roumann?”
“Not altogether. I am positive that there is life on Mars, and
where there is life there must be things to sustain it. Perhaps
the food there will not be such as we are used to, but when our
supply, runs short we will have to depend on what we will get
there.”
“How long do you expect to stay?” asked Mark.
“It is hard to say. When I get what I want I shall be ready to
return—that is, after having studied the inhabitants and made
some scientific observations.”
“Maybe the Martians will like us so that they let us come back,”
suggested Jack with a laugh.
“Oh, I fancy we will be able to get away,” said Mr. Roumann.
“But now I must get back to the shop. I am having a little more
trouble with my Etherium motor than I anticipated.”
“I don’t exactly understand how that works,” said Jack. “The
plans don’t call for any opening the stern of the Annihilator for
a propeller to project from, and there is no provision for a
tube, such as we used to send compressed air from the Flying
Mermaid. Nor is there anything in front to pull the Annihilator
along.”
“We need nothing like that,” explained the German scientist.
“The powerful force which I discovered does not need a tube or a
propeller to enable it to be used. The simplest explanation of
it is that it consists of waves of energy, which pass from
certain square surfaces attached to the motor. The force flows
from the plates right through the stern of the ship, passing
through the metal without the necessity for any openings. The
wireless waves, as they may be called, act on the ether, and, by
pushing against it send the projectile forward, just as if it was
a stream of compressed air acting on the atmosphere, or a
propeller in the water. Of course, that is to be used when we
pass beyond the atmosphere. In the latter space I shall use a
different force, as I also shall when we approach Mars.”
“Then you can’t see this force?” asked Mark.
“No more than you can see the wireless impulses that flow from
the wires of an aerial station.”
“Yet it’s there, just the same,” spoke Jack.
“Indeed, it is,” answered the scientist. “But, now I must get
back to my motor.”
“Yes,” added Professor Henderson, “we must, all get busy. What
are you going to do, Andy?”
“Well, I thought I’d go off hunting. I’m no good at building
machinery. I thought you might like something for dinner—say a
brace of ducks.”
“Good!” cried Jack, who was fond of eating, which, perhaps,
accounted for his stoutness.
It was a fine day, just right for hunting, and Andy set off with
his gun over his shoulder.
“I wonder if there’ll be any game on Mars,” said Mark. “I think
I’d like to hunt there with Andy.”
“If other things are in proportion, the game there will be very
different from that on this earth,” said the scientist. “We may
find monsters there which you never
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