284 THE GROUNDWORK OF SCIENCE
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preponderating inorganic part of it is what we should take
as our norm, or standard of comparison, when endeavouring
to understand, as far as we may, the nature of its constitution
and laws. It is to the inorganic world we must address
ourselves if we would attain to the most comprehensive
view possible for us, of the order and method which domi-
nates and pervades nature. Such is especially the case since,
however we may be impressed by the probability that life
such as exists in this world exists also in others, we cannot
actually know that such is the case. But we do actually
know, by the aid of spectrum analysis, that the laws, pro-
perties, and species of inorganic substances, such as those
of our own earth, do extend into the remotest regions of the
cosmos which our telescopes enable us to explore.
What, then, is the order of nature revealed to us by the
inorganic world ?
Throughout that world and amongst the multitude of
mineral, and especially of crystalline, species which compose
it, most definite and ceaseless order reigns.
Each species has its own absolute internal constitution and
laws by which it continues to be, from age to age, just what
it is and no other, whether or not such stable substances
originally arose from diverse combinations of one primitive
matter.
And the changes which take place in that inorganic world
are all most definite and ruled by rigid laws. All the
various chemical combinations which can and do take place
are definite combinations. And only certain such combina-
tions are possible. Mix substances, compound or elementary,
as we may, we can only induce certain syntheses resulting in
new substances, and by no means a fresh substance for every
possible blend.
These various syntheses, moreover, can only take place
under certain definite conditions, and most frequently the
preponderating inorganic part of it is what we should take
as our norm, or standard of comparison, when endeavouring
to understand, as far as we may, the nature of its constitution
and laws. It is to the inorganic world we must address
ourselves if we would attain to the most comprehensive
view possible for us, of the order and method which domi-
nates and pervades nature. Such is especially the case since,
however we may be impressed by the probability that life
such as exists in this world exists also in others, we cannot
actually know that such is the case. But we do actually
know, by the aid of spectrum analysis, that the laws, pro-
perties, and species of inorganic substances, such as those
of our own earth, do extend into the remotest regions of the
cosmos which our telescopes enable us to explore.
What, then, is the order of nature revealed to us by the
inorganic world ?
Throughout that world and amongst the multitude of
mineral, and especially of crystalline, species which compose
it, most definite and ceaseless order reigns.
Each species has its own absolute internal constitution and
laws by which it continues to be, from age to age, just what
it is and no other, whether or not such stable substances
originally arose from diverse combinations of one primitive
matter.
And the changes which take place in that inorganic world
are all most definite and ruled by rigid laws. All the
various chemical combinations which can and do take place
are definite combinations. And only certain such combina-
tions are possible. Mix substances, compound or elementary,
as we may, we can only induce certain syntheses resulting in
new substances, and by no means a fresh substance for every
possible blend.
These various syntheses, moreover, can only take place
under certain definite conditions, and most frequently the