You to all the volunteers who helped to get this book online!
Text was typed/scanned by Aileen Ellis, Carmen Trimm, Aileen, Leslie
Laurio, Julie, Janey Phillips, Olivia in OH, Lorraine Nessman, Art
Middlekauff, and Dawn Taylor. Images scanned and formatted by Leslie
Laurio, Dawn Taylor and Judy Elliott.
The object of the present volume is to present chapters to be read in
school or at home that shall materially widen the outlook of American
school children in the domain of science, and of the applications of
science to the arts and to daily life. It is in no sense a text-book,
although the fundamental principles underlying the sciences treated are
here laid down. Its main object is to help the child to understand the
material world about him.
All natural phenomena are orderly; they are governed by law; they are
not magical. They are comprehended by some one; why not by the child
himself? It is not possible to explain every detail of a locomotive to
a young pupil, but it is perfectly practicable to explain its
principles so that this machine, like others, becomes a mere special
case of certain well-understood general laws.
The general plan of the book is to waken the imagination; to convey
useful knowledge; to open the doors towards wisdom. Its special aim is
to stimulate observation and to excite a living and lasting interest in
the world that lies about us. The sciences of astronomy, physics,
chemistry, meteorology, and physiography are treated as fully and as
deeply as the conditions permit; and the lessons that they teach are
enforced by examples taken from familiar and important things. In
astronomy, for example, emphasis is laid upon phenomena that the child
himself can observe, and he is instructed how to go about it. The
rising and setting of the stars, the phases of the moon, the uses of
the telescope, are explained in simple words. The mystery of these and
other matters is not magical,
as the child first supposes. It is to deeper mysteries that his
attention is here directed. Mere phenomena are treated as special cases
of very general laws. The same process is followed in the exposition of
the other sciences.
Familiar phenomena, like those of steam, of shadow, of reflected light,
or musical instruments, of echoes, etc., are referred to their
fundamental causes. Whenever it is desirable, simple experiments are
described and fully illustrated, (1) and all such experiments can very
well be repeated in the schoolroom.
Finally, the book has been thrown into the form of a conversation
between children. It is hoped that this has been accomplished without
the pedantry of Sandford and Merton
(although it must be frankly
confessed that the principal interlocutor has his knowledge very well
in hand for an undergraduate in vacation time) or the sentimentality of
other modern books which need not be named here. The volume is the
result of a sincere belief that much can be done to aid young children
to comprehend the material world in which they live and of a desire to
have a part in a work so very well worth doing.
EDWARD S. HOLDEN.
THE CENTURY CLUB
NEW YORK CITY, January, 1903
(1) Illustrations have been reproduced from many
especially from the reading books of Finch and Stickney, Frye’s
geographies, Davis’ physical geography and meteorology, Gage’s
text-books of physics, Young’s text-books of astronomy, etc. To the
authors of these works the writer begs to express his sincere thanks.
(To be read by the children who own
Let me tell you how this books came to be written. Once upon a time,
not so very long ago, a lot of children were spending the summer
together in the country. Tom and Agnes were brother and sister and were
together all the day long; bicycling or playing golf in the morning,
reading or studying in the afternoon. The people who lived in the
village used to call them the inseparables because they were always
seen together during their whole vacation from June to September. Their
cousins Fred and Mary always spent a part of every summer with them;
and when they came there were four inseparables,
not two. The children liked the same games, liked to read the same
books, to talk about the same kind of things, and so they got on very
well together; though sometimes the two boys would go off by themselves
for a hard day’s tramp in the hills, or to shoot woodchucks, or for a
very long bicycle ride, leaving their sisters at home to play in the
garden with dolls, or to do fancywork and embroidery, or to play
tennis, or to read a book together. Tom was thirteen years old then,
and his sister Agnes was nine; cousin Fred was ten and his sister Mary
When the summer afternoons began to get very warm, in July, a rule was
made that the children should spend them in the house, or on the wide,
shady porch, or else under the trees on the lawn, or in the garden.
Golf, tennis, and wheeling had to be done in the morning; the
afternoons were to be spent in something different. Tom's father used
to say that the proverb
work and no play
Jack a dull boy
was only half a proverb. It was just as true, he said, that
play and no work
Jack a sad shirk.
And so a part of every summer afternoon was given up to reading some
good book, or to study, or to work of some sort. The two boys had their
guns and wheels to keep thoroughly bright and clean, and a dozen other
things of the sort; the two girls had sewing to do; and all of them
together agreed to keep the pretty garden free from weeds.
Almost any afternoon you might see the four inseparables tucked away in
a corner of the broad piazza, each one busy about something, and all
talking and laughing--except, of course, when one of them was reading,
and the others paying good attention. Tom's big brother Jack was at
home from college, and in the afternoons he was almost always on the
porch reading, or else on the green lawn lying under the trees; and
Tom's older sisters, Mabel and Eleanor, were there too, sewing, or
embroidering, or reading, or talking together.
So there were two groups, the four children--the inseparables--and the
three older ones. When the children came to something in their book
that they did not quite understand, Tom would call out to his big
brother Jack to explain it to
them, and Jack would usually get up and come over to where the children
were and tell them what they wanted to know. Almost every day there
were conversations of the sort, and explanations by some one of the
older ones to the four children. All kinds of questions would come up,
Fig. 1 The Porch
"Jack, tell us why a 'possum pretends to be dead when he is only
frightened and wants to get away."
"Jack, tell us why a rifle shoots so much straighter than a shot-gun or
"Jack, what's the reason that a lobster hasn't red blood?" or else:
"Eleanor, what is the difference between a fern and a tree?"
"Is that coral bead made by an animal or an insect?"
"What is amber, anyway?" and so on.
The children had no end of questions to ask, and Jack or one of the
older girls could generally answer them. When they could not give a
complete answer the dictionary was brought out; and if that was not
enough, a volume of the encyclopedia. Sometimes the questions were
talked over at the dinner table and the whole family had something to
Tom's father had traveled a great deal and could almost always tell the
children some real "true" story--something that had happened to himself
personally, or that he had read.
The chapters in this book are conversations that the children had among
themselves or with older people. They are written down here in fewer
words than those actually spoken, but the meaning is the same.
When the children were talking about electric bells, for instance, they
actually strung a wire from one end of the long porch to the other, and
put a real bell at one end of it and a push button and a battery at the
other. In this book there is a picture showing exactly what they did;
but, after all, you cannot understand an electric bell half so well by
a picture as you can by the real bell and the real wire. (1) So when
one of the children who is reading this book comes to an experiment he
must read all that the book says about it, and understand it as well as
Fig 2 A cell of dry battery: It costs about $1.10.
two wires are to
be fastened to the two screw posts in the picture--one at the left-hand
side, and one in the middle, of the top of the cell.
(1) Children should be careful to read the titles
printed under each
picture with attention. The titles explain what the picture means.
can. If he can get an electric battery, and a bell, and wire, and a
push button, then the picture in this book will tell him exactly how to
join them together; and when he has done this and actually tried the
experiment--and made it succeed--he will know as much about electric
bells as he needs to know.
If he cannot get the bell and the wire, and so forth, he can probably
see a bell of the sort somewhere; and if he keeps his eyes open and
thinks about what he has read, he can certainly understand how it
works. Here is the battery always trying to send out a stream of
electricity along any wires joined to the two screws at the top. Here
is the wire, which is almost a complete loop--almost but not quite. If
the loop were continuous,--if the wire were all in one piece,--then the
stream of electricity would flow along the wire from the battery and
would ring the bell.
The use of the push button is to make the wire continuous--to join the
two ends of it so that the stream of electricity can pass along it.
When you have done this--when you have joined the ends of the loop of
wire--the bell rings, and only then, which is just as it should be.
This book gives the pictures and the explanations. They can be
understood by paying attention; and when they are once understood a
great number of things will be clear that
all children ought to know, and that have to be learned sometime. Why
not now? The sooner the better.
If you read what is written in the book and perfectly understand it,
that is very well. If there is an experiment to be tried, and you can
get the things to try it with, so much the better. If you have any
trouble in understanding, ask some one--your father, your mother, your
teacher--to explain to you. If you can find another book--a dictionary
or an encyclopedia--that describes the same experiment, read that too.
Perhaps it will tell you what you want to know, better, or more simply,
or more fully, or in a different way. Then, finally, keep your eyes
open to actually see in the world the things that are talked about in
this book. When you see them try to understand them. Remember what you
have read here, and you will find that you understand a good many
things that you see about you every day. Somebody understands these
things,--push buttons, electric lamps, telescopes, and so forth. Why
should not you? You can if you pay attention enough. The world is,
after all, your world. It belongs to
Fig 4 An Electric Bell. It costs seventy five cents.
The wires are fastened to the two screws at the bottom of the box.
Fig 5 A Push Button.
It costs thirty cents.
wires are fastened to two screws inside the push button.
you as much as it belongs to any one. The things in it can all be
explained and understood. It is everybody's business to try to
understand them at any rate. All these things concern you. The more you
know about them, the better citizen you can be--the more useful to your
country, to your friends, and to yourself.
wrote of this book,
"America comes to the fore with a
schoolbook after my own heart. The
Sciences is a forbidding title,
but . . . I have met with
nothing on the same lines which makes so fit an approach
sensible and intelligent mind of a child. This is what we may call a
The knowledge has of course all been acquired; but
then it has been assimilated,
and Mr. Holden writes freely out of his
own knowledge both of his subject-matter and of his readers. . ."
Education (vol 1), pg 266