THE WALK TO SCHOOL.
18
As Eddy and Lily walked to school, they
had to wait, when they got to the wide turnpiked
road, for two travelling-carriages to
pass. While they waited, a little curly-headed
boy dropped something out of one of the
carriage windows, and Eddy told Lily to
stand still where she was, while he went and
picked it up. It was a large humming-top,
and when he handed it to the little boy who
had dropped it, the little boy said, “I thank
you, Eddy Forester. I wish you would ask
your mother to let you come and see me,
when we come back, and I will show you how
my top hums when I spin it.” Eddy said
he would like to come, and then the carriage
19passed on. It belonged to their neighbour,
Thompson, a gentleman who had a beautiful
country-seat near the Foresters’ cottage.
“I wish we could ride in that pretty carriage,
and have little ponies, as Willy and
Alfred Thompson have,” said Lily. “Don’t
you, Eddy?” “Yes,” said Eddy. “I wonder
why mother hasn’t as much money as the
Thompsons, and why she cannot have servants
to milk and get breakfast and dinner,
as they have, instead of doing it all herself.”
“I don’t know why it is,” said Lily; “but
we will ask Mary as soon as we go to school.”
“Oh, yes,” Eddy replied. “Mary knows;
she can tell us all about it, and about the
bees too.”
And with this happy hope of an answer to
20all their questions and doubts, the little brother
and sister began to look about them for
something else to enjoy and talk about.
“Look! look! Lily. Here is an ant-hill.
Don’t tread on it. The little ants are bringing
grains of sand to make it bigger.”
Lily. Why do they creep in at that hole
in the top of the hill? Do you know, Eddy?
Then they both stooped down and watched
the little ants; and while they did so, Eddy
told his sister that the hill was the house
which the little ants had built for themselves
to live in, and that the hole at the top was
their front-door, where they went in and out
of their house.
Lily. Why do they go in and out of it?
Eddy. Because they are building little
21rooms inside of it, and those pellets of sand
and earth which they carry in with them are
what they build with. They use those little pellets
just as the masons use bricks when they
build houses for people to live in. They pile
them up close together to make the walls and
ceilings of their little rooms, inside the hill
which you see.
Lily. Who told you about it, Eddy?
Eddy. Mary told me one day, when she
and I carried some things over to Mike’s mother.
She and I stopped to look at some ant-hills,
and we talked about them all the way
home.
Lily. What else did Mary tell you about
the little ants?
Eddy. She said that after the rooms inside
22the hills were finished, the ants laid their
eggs in them; and when the sun made the
little rooms nearest the top of the hill too
warm for the eggs, the ants removed the eggs
into the cellar of their houses; for they make
rooms under the ground as well as above it.
When the young ants come out of the eggs,
then there are too many to live in one house,
and the father and mother-ants and the children-ants
all set to work together, and build
another little house.
Lily. Oh! Eddy, what a pretty story
about ants! Do you know any more?
Eddy. Yes. Mary told me these little
brown ants were called mason-ants, because
they build their houses as masons do; and
she said there were different kinds of ants,
23and some time she would tell me more about
them.
When Eddy and Lily were satisfied with
looking at the ants and their little houses,
they went on again to school. Suddenly,
Lily screamed, “Oh, Eddy! Eddy! Take it
off! Do take it off! Do kill it!”
“What is the matter?” said Eddy. But
poor little Lily only jumped about and cried,
“Oh, the ugly thing! The ugly thing!”
At length Eddy discovered that a caterpillar
had fallen on Lily’s neck, from one of the
trees under which they were walking.
He begged Lily to be quiet while he took
it off, telling her at the same time that it
would not hurt her. He then picked a green
leaf and held it close to the caterpillar, and
24the caterpillar crept off Lily’s neck and came
upon the leaf. As soon as she knew it was
off, she wanted to kill it.
“Oh no! You must not,” said Eddy; “let the
poor little thing have some breakfast, out of
this tender green leaf. We have had our’s,
you know, and this leaf is the little caterpillar’s
bread and butter.” When Lily understood
that the caterpillar would not bite, nor
poison her, she looked at it, as Eddy pointed
out the pretty bright rings round its body,
and the little horns on its head; and when
he told her that a pretty butterfly would
come out of the caterpillar, if it were let
alone, she was glad she did not kill it.
As they walked along, Lily spied a beautiful
rose, just outside of a garden railing.
25She was running off to pluck it, but Eddy
held her by the arm.
Fifth Day.
They saw a gentleman sitting in an arm-chair, with a book in his lap, and his eyes uplifted.—p. 25.
“It is not your’s, you know,” said Eddy.
“It would be stealing, to take it.”
“Would it?” said Lily. “Then let us go
and ask for it.” “So we will,” said Eddy;
and they turned back a short distance, to a
garden-gate, which they opened and passed
through. They found themselves in a beautiful
garden, where were flowers of various
kinds all in bloom. Lily could hardly keep
her hands from them, but Eddy told her she
must not touch them without leave. They
went on, until they came to a door, which was
partly open. They peeped in, and saw a
gentleman sitting in an arm-chair, with a
book on his lap, and his eyes were uplifted
26as if he were praying. “It is our pastor,”
whispered Eddy, and at that moment the
good man espied his little visitors. He held
out a hand to each, and said, “Well, my little
children, have you any thing to say to me
this morning?”
Eddy told him their errand, and he immediately
laid down his book, put on his hat,
took his cane, and walked with them into
the garden.
“May we have one of your pretty roses?”
said Lily.
“Yes! That you shall, my little daughter,
and as many other flowers as you like. Now,
come and show me which you admire most,
and I will cut them for you.”
Their good pastor made them up a beautiful
27nosegay, and then dismissed them, inviting
them to come and ask for flowers again,
if they wanted them.
Eddy and Lily ran off to school with the
flowers, and Lily said they would give them
to Mary. On the way, Lily stopped to listen
to something.
“What is that noise, Eddy? Do you hear it?”
Eddy. Yes. It is the mill-wheels grinding
wheat, to make flour; but we must not stop
now any longer, or we shall be late at school.
Eddy and Lily were the last at school, but
not late. They met Mary, just as they went
up the lane, and ran to her with the flowers.
“Thank you! Thank you! for your beautiful
gift,” said Mary. “I will give you each
a kiss for it.”
28“Definitions, arithmetic, spelling, reading,
sewing, and philosophy is the order of to-day,”
said Charles Linn. “Come, let us be at work,
so that we may have plenty of time to play
in our harvest-fields this afternoon. Father
says we may do as we like—make hay or
help bind the wheat-sheaves. At any rate,
we shall have fine fun. Father is coming out
to work with us, and, at lunch-time, mother
will come and bring the baby.”
“May I nurse the baby, Charles?” said
Lily Forester.
Carry Deacon. I like kittens better than
babies, because babies cry, and kittens
don’t.
Mary. Come, now, we must get to work,
29and talk about the respective merits of babies
and kittens at some other time. What is
the lesson in philosophy? We will take that
first.
Charles. The atmospheric air.
Mary. What can you tell me about the
atmospheric air?
Charles. It has weight.
Susan Field. It has colour.
Mary. Lucy Linn, please to give me some
proof that the air has colour?
Lucy. The blue sky is a proof of it.
Mary. How does that prove it? Is there
any thing beyond the sky? Any surface
which reflects this colour, and makes it appear
blue?
Charles. No. The atmospheric air is
30really of a blue colour; and we see it only in
the sky, because between our eye and that
distance a great space is filled with atmospheric
air. The air is composed of transparent
particles, and we must see a great number
of these particles lying close together, in
order to discover their true colour.
Mary. Can you make this more clear to
me by illustration?
Charles. Yes, I think I can. If I take
any transparent substance, a piece of glass
for instance, so slightly coloured that I cannot
tell whether it is blue, or pink, or green, by
placing another piece of the same kind of
glass behind it, the colour will be deepened;
and if I place a number of pieces of glass of
the same kind together, the whole of them
31will be so distinctly blue, or pink, or green,
that in this way I can discover the colour of
the first piece.
Just so I obtain the colour of the air.
The particles which fill the space between
you and me, being transparent, appear colourless
because there are so few of them together;
and if I look beyond you, out of the
window, to the woods across there, I still perceive
no colour in the atmosphere. But if I
look far, far beyond, through as much space
as my eye can take in, then I find out the
colour of the air, because I see a sufficient
number of its particles, one behind another,
to give it to me.
Mary. Is there any other transparent
32fluid, the colour of which you can find out by
the same means?
Carry D. Yes. Water. If I stand on
the bank of a river, or on a boat, or in any
situation where I see a large body of
water, it appears coloured; sometimes blue,
sometimes green. And I know I can only
find out its true colour, by seeing a large body
of it; because, if I were to take a cup and fill
it with this same water, it would be colourless
in the cup.
Mary. Very satisfactory. Now I should
like to have some proof that the air has
weight.
The scholars hesitated, and Mary asked
them if flies, walking on the ceiling without
33falling, had any thing to do with the weight
and pressure of the atmosphere?
Lucy. Yes. I remember now what you
told us about that. The feet of flies are so
constructed that when they place them on
any surface, the atmospheric air is excluded.
There is, then, no air between their feet and
the ceiling, or wall, or pane of glass, on
which they are walking, and the weight of
the atmospheric air on the outer surface of
their feet keeps them in their position, and
prevents them from falling.
Mary. What else can you tell me about
it?
Charles. The weight of the air falls equally
on every side of a body which is exposed
to it.
34Mary. Give me a proof of it.
Charles. I keep my upright position as I
stand before you, because the atmospheric air
is pressing equally upon the top of my head,
and on both sides of me. If the air pressed
with greater weight on my head than on
other parts of my body, I should stoop instead
of standing upright; if it pressed with greater
weight on one side of my body than on the
other, I should lean from my perpendicular
position.
Mary. Very good. What would be the
effect upon you if the air had no weight, and
if there was no pressure upon the surface of
your body? Would you fly, as the birds do?
Charles. No; because the spaces in my
bones, and in other parts of my frame, contain
35more fluids and less gases than those in
the body of a bird.
Mary. Very true. And so wisely has our
Heavenly Father fashioned all his creatures,
that they can only live and move and support
themselves by obeying the laws of their
respective organizations. Our Heavenly Father
intended that you should stand still, or
sit, or lie, in any position you choose, without
feeling the weight of the atmosphere which
surrounds you; and He has filled the spaces
within your bodies with just so much power
of resistance to this outside pressure, so that
you can keep yourself steadily in any position
which you choose to assume.
What causes the piece of leather, which
36you call your sucker, to adhere to the stone
on which you place it?
Charles. The weight of the atmosphere.
Mary. Explain, if you please, the whole
matter to us.
Charles. I asked our shoemaker to cut for
me a round piece of leather, rather larger
than a silver dollar. I then made a hole in
the middle of it, through which I slipped a
piece of twine, making a knot in the end of
the twine to prevent it from slipping back.
I then wetted the leather until it was quite
pliable, and would adhere closely to any surface
on which I placed it. I selected a smooth
stone, placed the leather upon it, and stamped
my foot down on it; and then father, and old
37Pete, and myself, successively tried to pull it
off the stone, but it adhered so closely that,
when we attempted to raise it, we lifted the
stone and all!
Mary. What produced this effect?
Charles. The weight of the atmospheric
air upon the leather.
Mary. But if the air presses equally on
every part of the surface of a body, why did
not the weight of the air on the under part
of the leather force it up?
Charles. There was no air to press upon
the under surface. It was excluded by the
adhesion of the leather to the stone; and
there was no resistance below to the pressure
above it. Hence, it retained its place.
Mary now went to the closet, and brought
38out the little pot, from which the water would
not run freely the day before, at the tea-party.
She held it up, and asked her class if any of
them could tell her why the water did not
run freely out of the spout, when they attempted
to pour out tea. Each of the scholars
took the pot and examined it, but no one
could answer the question.
Mary then filled the pot with water and
closed it with the lid. Then she attempted
to pour out the water into a little basin. At
first it ran out freely, but it soon flowed only
in drops.
“You have told me, Charles,” said Mary,
“that the air has weight. Now the spout of
the pot is filled with air, and when I pour
out the water at first, the resistance which
39the water meets from the pressure of the air
in the spout is not great enough to prevent
it from flowing out; but after the air in the
spout has been forced out by the water, you
perceive, (do you not?) that the water, as I continue
to pour it, meets with the pressure of
the whole surrounding atmosphere, and that
is too great to allow the water to run freely.
How is this?”
Charles. Oh, I see—I know! When the
lid is on the pot, the air cannot get to the
surface of the water in the pot, and therefore
there is no pressure there to act against the
pressure which the water meets as it flows
from the spout.
Mary. Now can you tell me what we shall
do to have the water run freely?
40Charles. Take off the lid, and then the
weight of the air on the water at the top of
the pot will press it out of the spout as you
pour it.
Mary. We must do so in this case to have
the water run freely; but you have observed
that at table we always pour out tea and coffee
with the lid on the pot.
Mary then took an iron piercer out of her
desk, and she made a small hole in the top of
the pot lid. While she was doing it, Susan
Field exclaimed, “I have found it out—I
have found it out! There ought to be a little
hole in the lids of coffee and tea-pots, so
that the air can get through the little hole,
and press upon the surface of the tea and coffee.
Then the pressure upon it within being
41equal to the pressure it meets without,
whatever liquid is in the pot will run out
freely. Is not that it, Mary?”
Mary. Yes. And now we will test your
discovery.
Mary then filled the little play tea-pot with
water, and put on the lid with the hole in
the top of it; and to the delight of all the
scholars, who had crowded round the basin,
the water flowed out freely and beautifully,
until there was not a drop left in the pot.
“Bravo! little Miss Philosopher,” said
Charles Linn. “Let us crown her! Let us
crown her! She is the conqueror of the day.”
Mary. I am very well satisfied with all
my little philosophers to-day; but we have
spent so much time over this lesson, that you
42must leave crowning Susan until you have a
recess. Charles may do the honours of the
occasion by making a speech, if he likes.
Charles went to his desk, humming by the
way some verses which his father had read
to the family the evening before, and which
he had desired Charles to learn.
We are trav’llers on a plain
Rich with treasures sprinkled o’er;
God has placed us here to gain
All that lies upon its floor.
Every truth we find is gold,
Dropp’d by wise men gone before;
Fast our findings let us hold,
Daily adding more and more.
Then for those that come behind,
We can leave our tiny grain;
Thus, for every good we find,
Giving something back again.
43As the generations rise,
Each gains something from the past—
Each should go out, as it dies,
Wiser, better than the last.
Mary now heard the lessons. Definitions
and spelling occupied the time until the hour
for recess.
“Now let us crown our Queen of the Day,”
said Charles; and every one of the scholars
set out, through their bounds, to gather wild-flowers
and pretty green leaves to make a
wreath for Susan. Charles said they must
have some laurel, and he went off to gather
it.
Heated and weary they came back again,
and all sat down together on the grass, bringing
their gatherings to Lucy Linn, who had
44been appointed to make a wreath for the
queen.
Lucy twisted and untwisted, and arranged
and re-arranged, until she had formed a very
beautiful wreath. She had ivy, oak, and laurel
leaves twined first together, as a framework,
and then she twisted wild-flowers in
among them. The little children were lying
about on the grass, around Lucy, while
she was at work, and the older ones made
suggestions to her as she proceeded. When
the wreath was made,
“Now,” said Charles, “I must crown the
queen, for I was the first to acknowledge her
discovery.”
Susan looked very sweetly when she was
crowned. She had waving brown hair over a
45fair round forehead, and soft hazel eyes.
Charles said she looked every inch a queen.
“Now you are too grand to play, Susan,”
said Eddy Forester.
“Oh no, indeed I am not,” said she. “One,
two, three, and away!” and away ran Susan,
and all the scholars after her, and a merry
chase had the subjects after their queen.
When they caught her, Susan said she would
take off her wreath, and keep it to show to
Mary, and then she would take it home to
show to her grand-father and grand-mother.
The day was very warm, and they all sat
down together, to rest, near a fountain, away
off at the lower edge of the wood. The spring
had been walled round by Alfred Thompson’s
father; and in order that the villagers might
46obtain water readily, he had a pipe made and
carried up through the wall; and from this
pipe the beautiful, clear water flowed out all
day long.
While they were there, some washerwomen
came to get water, and a little girl who was
with them spied the school children, as they
sat and talked and laughed under a shady
tree.
“Will you give us some water? we are so
very thirsty,” said they to the little girl.
“Are you Mary Carrow’s scholars?” asked
the women.
“Yes,” said Charles Linn, rising up and
coming forward.
“Then,” replied they, “you shall have as
much water from our cup as you like, because
47you have a very good name in the neighbourhood.”
Fifth Day.
Women at the fountain.—p. 46.
While they were drinking, they heard
Mary’s voice, and presently she appeared
among them. She thanked the little girl,
and said some kind words to the washerwomen,
and then hastened the scholars back
into school.
Mary. Do you know how fast the morning
is running away? We have yet one lesson to
say, and then, Eddy and Lily want to know
something about bees.
Mary looked at Susan’s wreath as they
walked back to school, and put it on her
own head to see how she looked in it. Then
she told her to keep it as a good mark gained
at school; for that would be a pleasant remembrance,
48when the sweet flowers and pretty
leaves of which it was made should have
withered away.
Mary’s scholars were earnest and bright this
morning, and were soon ready for the reading.
“Now for the bees!” said Eddy Forester.
Mary. Eddy, what did you wish to ask
about them?
Eddy. I should like to know what they
do when they travel about in their hive?
Mary. When you see them hurrying up
and down in their hive, they are at work.
Some of them are carrying wax to the place
where other bees are building cells, and these
cells, you know, form the comb. Some of
them are loaded with farina, which, you know,
they gather from the flowers; and with this
49farina they feed the young bees. Each one
does his own work, without interfering with
the others; and though you sometimes see
only an apparently confused crowding of bees
together, in their hives, yet they are all busy
at their appointed work.
There are three classes of bees in every
hive. First, there is the queen-bee, who is
mother and ruler of the whole community.
Then there are the drones; and there are
the working-bees, who build the cells and
make the honey. The working-bees are divided
into two classes—the wax-workers and
the nursing-bees. It is the especial business
of the latter to take care of the young, but
they also make wax and assist in the architecture
of the hive.
50When you saw so many bees passing to
and fro in the hive, they were engaged in doing
their own special business. Some of
these which you saw were carrying wax to
the little architects who were laying the
foundations of a new comb; and as soon as
they reached the spot, these would come forward
to meet them, and relieve them of their
burdens; then they would immediately leave
the hive, to procure more materials for building,
and when they returned with another
load, it would again be taken from them by
the bees who were at home in the hive, and
applied to the same purpose—forming or finishing
cells. Some of those which you saw
were probably nursing-bees, carrying food to
the cells, where the young bees were in the
51first stage of their existence. Some of these
might have been wax-workers, taking the
wax which they had made to the cells which
were already filled with honey, in order to
spread a very thin layer of it over each cell,
to prevent the honey from wasting by running
out.
Lucy Linn. Do the bees make the pretty
combs which hold the honey?
Mary. Yes. That is the first work of a
new swarm after it has taken possession of
the hive.
Eddy. How did they learn to make such
pretty combs? Look, here is a print of one.
Mary. God gave them instincts, by which
they learn to provide for themselves. He
has implanted in every creature which he has
52created, an instinct, which guides it first to
gather such materials as it needs for the construction
of its habitation, and afterward to
make use of the materials which it has collected,
in building its habitation.
“He has implanted in every creature the
instinct of self-preservation, and he has endowed
even the most insignificant insect, as
well as the noblest animals, with intelligence
53sufficient to provide for its own wants.” He
has fashioned every creature with organs
adapted to accomplish this end; and the
more you know of insect history, the better
you will be able to comprehend something of
the wisdom and beneficence of our Heavenly
Father, who has made nothing in vain.
Susan. Here is a cluster of bees hanging
together, as I have often seen them hanging
at the door of a hive. What does it mean,
Mary?
Mary. They are manufacturing wax,
while in that position. It is always their
preliminary measure, when they are about
to begin building their cells.
Eddy. What is wax made of?
Mary. Honey. When the bees are gorged
54with honey, they hang together in this way,
in order to make their honey into wax. As
soon as they have made enough to build cells
with, they begin.
One bee, (called by naturalists the founder-bee,)
attaches itself to the roof of the hive,
in order to lay the foundation-wall for a row
of cells. While in this position, it affixes to
the roof a shapeless little mound of wax; it
smooths and works at its deposite until it is
weary, when another bee comes and takes its
place, and works in the same way until it
also is tired. A number of bees in succession
come after these, each one bringing its deposite
of wax, which it adds to the general mass;
and they soon have an irregular line of wax
hanging down from the roof of the hive, about
55two-thirds of an inch in length. This is the
foundation-wall of their pretty house of honeycombs.
You will observe that I have told you
this wall of wax, which depends from the roof
of the hive, is of an irregular thickness. When
it is completed, another set of bees begin to
lay the foundations of the cells, by commencing
a hollowing process at those parts of the
wall where it is thickest. The first bee who
comes to the work takes out of the wall with
its teeth as much wax as is equal to the diameter
of a cell; and after kneading the particles
with its mandibles, and moistening them
with its tongue, deposits it on the edge of
the excavation which it has made in the wall.
When this insect has laboured for some seconds,
56it goes away, and another takes its
place, working in the same way. So soon as
one bee succeeds another in the work, a number
of excavations in the wall are made,
which are the rudiments of cells. While
these are being made, another set of founder-bees
build a second wall, which they bring
down in a parallel line to the first, and near
enough to it to admit of only a passage for
the bees who are making the cells on either
side of the wall.
Two sets of bees are always at work in
constructing the comb; those who build the
walls, and those who excavate the cells;
and there is also another set of bees, who
polish and finish the cells, after they are
formed.
57Lucy. How do they proceed after their
house is built?
Mary. You will observe that, in consequence
of the mode of building among bees,
new walls and the rudiments of cells are being
constructed in one part of the hive, while,
in another, the work is in a complete state.
As soon as some of the cells are completed,
the queen-bee begins to deposit eggs in them,
and these are called brood-cells. Very soon
after the eggs are laid, the embryo insect requires
feeding, which work is performed by
the nurse-bees. This creates a division of
labour, you see, and of course there are fewer
builders to carry on the construction of combs.
The nurse-bees always assist in building, when
they have no young to take care of. Another
58set of cells is appropriated for the honey, and
it is the business of some of the bees to store
up winter provisions, by filling them with
this delicious fare. Here we come in for a
share of their labour, for you know we take
all the honey which they do not need for
themselves and their families.
Mike Terry. Where do the bees get the
food for their young?
Mary. They gather it from the flowers.
It was formerly supposed that the young bee
was fed with honey, but Huber and other late
naturalists have discovered that they are fed
on farina.
There are many very interesting facts in
connection with the swarming of bees, which
are worthy of attention.
59When the number of bees becomes too
great for one family, there is a wise provision
made for their division into separate tribes.
These tribes are called swarms, and when a
swarm leaves the hive, with a queen at its
head, they seek a new home, and begin to
build, in the manner which I have described
to you.
Charles. Would they not go without a
queen?
Mary. No.
Lucy. How do queens differ from common
bees?
Mary. They are larger and handsomer,
and their position is different from that of
any other bee, inasmuch as they receive the
homage of all the bees in the hive.
60Charles. But if there is but one queen in
each hive, how are others obtained when
the swarming takes place?
Mary. I was about to explain this to you,
when one of you asked a question about something
else.
In the construction of the cells which
form the comb, there are three different
sorts—the brood-cells, which are for the common
eggs—the honey cells, for honey, and
the royal cells, for the eggs which are to
produce queens. These royal cells are always
made larger, and with more care, and with
a greater expenditure of wax and labour, than
any of the other cells. There are usually
three or four, but sometimes as many as ten
or twelve in one hive.
61About the time that a royal princess comes
forth from her cell, the old queen usually
leads off a part of the family, to seek with
them a new home, leaving her successor to
govern and receive the honours of royalty.
This is called swarming. The queens seem
to have an instinctive hatred of each other,
and when more than one princess emerges at
the same time from their respective cells, they
attack, and would destroy one another, if they
were not prevented by the workers.
Some naturalists are of the opinion that
the bees send out scouts, prior to swarming,
to select for them a new home; and if there
are no empty hives near at hand, they will
begin to form their combs in the hollow trunks
of trees. Owners of bees, however, usually
62watch them, and have empty hives ready for
the new swarms.
So wonderful and interesting are the little
creatures, in all their habits, and so marvellously
is the wisdom of our Heavenly Father
displayed in their instincts, that we
might spend weeks in pursuing their history,
and yet not become acquainted with all that
naturalists have discovered about them. I
scarcely know how to quit the subject; but it
is already past the hour at which we usually
close school, and I am afraid the fathers and
mothers of my little scholars are wondering
why I keep them so long, this morning.
“Will you not tell us all about it at some
other time, Mary?” asked the scholars, almost
all at once.
63Mary told them she would. “And now,”
said she, “we must put away books and slates,
and go home to our dinners. Talking so
long to you, makes me feel very hungry, I
assure you.”
When Mary’s scholars came to school in
the afternoon, they scampered away, one by
one, down to the tool-house, with the rakes
and little pitch-forks which they had brought
for the harvesting at neighbour Linn’s.
They were all neatly dressed, to stay to tea.
Poor little Mike Terry had never been out
to tea in his life before, and he was so pleased
to be invited, that he could talk and think of
nothing else.
Lucy Linn was whispering round that they
were to have a table spread out on the lawn,
64and she told Mike he should sit next to her,
and she would give him cakes and sweetmeats,
and as many nice things as he wanted to eat.
“And will you give me some of the good
things to take home to mother, Lucy?”
Lucy. Yes. You shall have the little
basket that Charley and I bring our dinners in
to school, on rainy days, and I will fill it full
of good things for your mother, and you shall
carry them home to her.
Mike. What a nice girl you are, Lucy! I
love you dearly for that.
While Mike and Lucy were talking, the
little bell rang for school.
Mary told them she should give them a
short session, so that they could have plenty
of time for the hay-making.
65“Now what have we to do?” Charles.
“Sewing for the girls, geography for us,
and tables and slates for these youngsters.
Then Bible-reading, and then hay-making.”
Ellen Raby. Mary, will you read to us
something pretty, while we are sewing? See,
my hemming is all fitted, and Lily’s work is
a little patch, and we could listen without interrupting
you at all.
“Yes,” said Mary. “My little girls and
boys have been such good children to-day,
that they deserve to be indulged with the
reading of a pretty story. It shall be a true
story—one which a preacher related to my
mother, during her life, and which she wrote
down and preserved among her papers.”
Mary then took out of her pocket-book a
66paper, carefully folded and enveloped, which
was filled with her mother’s hand-writing.
It was very precious to Mary, and she did
not allow any one to handle it but herself,
lest it should be soiled or worn out.