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The Fairy-Land of Science
The Fairy-Land of Science

Chapter II · Chapter 2

Chapter 2 of The Fairy-Land of Science is here in full — 465 sentences across 93 reading sections, with audio for every sentence and word.

Cover illustration for The Fairy-Land of Science
Context Illustration Reading 1/93 · 5 lines
English subtitles · tap any word to listen 1 / 5
But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.
If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.
Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.
But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.
Week 8 I have here an ordinary pop-gun.
0:00 / 0:00
Speed 0.75x
AI-generated narration by OpenAI · Slow US English
LEARNER DICTIONARY
Archivist
/ˈɑːrkɪvɪst/
Editorial verification pending

A keeper or guardian of historical records and memories.

The Fairy-Land of Science

Chapter II · Chapter 2

Chapter 2 of The Fairy-Land of Science is here in full — 465 sentences across 93 reading sections, with audio for every sentence and word.

Reading 1/93 · 5 reading units · Lines 1–5

Line 1
But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.
/bʌt ðə tʃiːf ˈriːzən waɪ ðə er ɪz ˈθɪkər ɔːr ˈdensər ˈnɪrər ðə ɜːrθ ɪz bɪˈkɔːz ðə ˈʌpər ˈleɪərz pres ɪt daʊn/
Line 2
If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.
/ɪf juː hæv ə hiːp ʌv ˈpeɪpərz ˈlaɪɪŋ wʌn ɑːn ðə tɑːp ʌv ðə ˈʌðər juː noʊ ðæt ðoʊz æt ðə ˈbɑːtəm ʌv ðə hiːp wɪl biː mɔːr ˈkloʊsli prest təˈɡeðər ðæn ðoʊz əˈbʌv ənd dʒʌst ðə seɪm ɪz ðə keɪs wɪð ðə ˈætəmz ʌv ðə er/
Line 3
Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.
/ˈoʊnli ðer ɪz ðɪs ˈdɪfərəns ɪf ðə ˈpeɪpərz hæv leɪn fɔːr sʌm taɪm wen juː teɪk ðə tɑːp wʌnz ɔːf ðə ˈʌndər wʌnz rɪˈmeɪn kloʊs təˈɡeðər/
Line 4
But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.
/bʌt ɪt ɪz nɑːt soʊ wɪð ðə er bɪˈkɔːz er ɪz ɪˈlæstɪk ənd ðə ˈætəmz ɑːr ˈɔːlweɪz ˈtraɪɪŋ tuː flaɪ əˈpɑːrt soʊ ðæt dərˈektli juː teɪk əˈweɪ ðə ˈpreʃər ðeɪ sprɪŋ ʌp əˈɡen æz fɑːr æz ðeɪ kæn/
Line 5
Week 8 I have here an ordinary pop-gun.

Learner Dictionary

These definitions explain words found in the current reading and keep every example grounded in its original sentence.

Oxford-style entry order: headword, part of speech, US IPA, concise definition, contextual example, and audio.

atoms noun US /ˈætəmz/

plural of “atom” — (physics and chemistry) the smallest component of an element having the chemical properties of the element

From this reading “If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.”

denser adjective US /ˈdensər/

comparative of “dense” — permitting little if any light to pass through because of denseness of matter

From this reading “But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.”

elastic adjective US /ɪˈlæstɪk/

capable of resuming original shape after stretching or compression; springy

From this reading “But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.”

heap noun US /hiːp/

a collection of objects laid on top of each other

From this reading “If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.”

lain verb US /leɪn/

inflected form of “lie” — be located or situated somewhere; occupy a certain position

From this reading “Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.”

layers noun US /ˈleɪərz/

plural of “layer” — single thickness of usually some homogeneous substance

From this reading “But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.”

pressure noun US /ˈpreʃər/

the force applied to a unit area of surface; measured in pascals (SI unit) or in dynes (cgs unit)

From this reading “But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.”

thicker adjective US /ˈθɪkər/

comparative of “thick” — not thin; of a specific thickness or of relatively great extent from one surface to the opposite usually in the smallest of the three solid dimensions

From this reading “But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.”

All words in this reading · 90

Every word in these five lines is listed here, and every one of them can be played on its own.

Dictionary details are shown only when verified; these are not licensed Oxford entries.

8

Dictionary entry pending editorial verification. Tap Listen to hear the word.

From this reading Week 8 I have here an ordinary pop-gun.

adeterminerUS /ə/

used before a singular noun to mean one of a group, when it is not a particular one

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

aboveprepositionUS /əˈbʌv/

higher than, or over, something

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

againadverbUS /əˈɡen/

anew

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

airnounUS /er/

a mixture of gases (especially oxygen) required for breathing; the stuff that the wind consists of

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

alwaysadverbUS /ˈɔːlweɪz/

at all times; all the time and on every occasion

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

andeterminerUS /æn/

the form of “a” used before a word that begins with a vowel sound

From this reading Week 8 I have here an ordinary pop-gun.

andconjunctionUS /ənd/

used to join words or parts of a sentence that go together

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

apartadverbUS /əˈpɑːrt/

separated or at a distance in place or position or time

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

areauxiliary verbUS /ɑːr/

the form of “be” used with you, we, they, or a plural noun

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

asconjunctionUS /æz/

at the same time that; because; in the way that

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

atprepositionUS /æt/

in or near a particular place or position

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

atomsnounUS /ˈætəmz/

plural of “atom” — (physics and chemistry) the smallest component of an element having the chemical properties of the element

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

awayadverbUS /əˈweɪ/

from a particular thing or place or position (“forth” is obsolete)

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

beauxiliary verbUS /biː/

used with a past participle to form the passive, or with -ing for continuous tenses

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

becauseconjunctionUS /bɪˈkɔːz/

for the reason that

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

bottomnounUS /ˈbɑːtəm/

the lower side of anything

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

ButconjunctionUS /bʌt/

used to introduce something that contrasts with what came before

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

canmodal verbUS /kæn/

to be able to, or to be allowed to

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

casenounUS /keɪs/

an occurrence of something

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

chiefnounUS /tʃiːf/

a person who is in charge

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

closeadjectiveUS /kloʊs/

at or within a short distance in space or time or having elements near each other

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

closelyadverbUS /ˈkloʊsli/

in a close relation or position in time or space

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

denseradjectiveUS /ˈdensər/

comparative of “dense” — permitting little if any light to pass through because of denseness of matter

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

differencenounUS /ˈdɪfərəns/

the quality of being unlike or dissimilar

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

directlyadverbUS /dərˈektli/

without deviation

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

downadjectiveUS /daʊn/

being or moving lower in position or less in some value

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

earthnounUS /ɜːrθ/

the 3rd planet from the sun; the planet we live on

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

elasticadjectiveUS /ɪˈlæstɪk/

capable of resuming original shape after stretching or compression; springy

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

faradverbUS /fɑːr/

to a considerable degree; very much

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

flyverbUS /flaɪ/

travel through the air; be airborne

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

forprepositionUS /fɔːr/

intended to be given to, or used by, somebody

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

haveauxiliary verbUS /hæv/

used with a past participle to form the perfect tenses

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

heapnounUS /hiːp/

a collection of objects laid on top of each other

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

hereadverbUS /hiːr/

in or at this place; where the speaker or writer is

From this reading Week 8 I have here an ordinary pop-gun.

IpronounUS /aɪ/

the person speaking or writing, as the subject of the verb

From this reading Week 8 I have here an ordinary pop-gun.

IfconjunctionUS /ɪf/

on condition that; in the event that

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

isauxiliary verbUS /ɪz/

the form of “be” used with he, she, it, or a singular noun

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

itpronounUS /ɪt/

a thing, animal, or idea already mentioned

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

justadverbUS /dʒʌst/

and nothing more

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

knowverbUS /noʊ/

be cognizant or aware of a fact or a specific piece of information; possess knowledge or information about

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

lainverbUS /leɪn/

inflected form of “lie” — be located or situated somewhere; occupy a certain position

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

layersnounUS /ˈleɪərz/

plural of “layer” — single thickness of usually some homogeneous substance

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

lyingnounUS /ˈlaɪɪŋ/

the deliberate act of deviating from the truth

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

moreadjectiveUS /mɔːr/

(comparative of “much” used with mass nouns) a quantifier meaning greater in size or amount or extent or degree

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

neareradverbUS /ˈnɪrər/

(comparative of “near” or “close”) within a shorter distance

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

notadverbUS /nɑːt/

used to make a word, phrase, or sentence negative

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

ofprepositionUS /ʌv/

belonging to, or connected with, somebody or something

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

offadverbUS /ɔːf/

from a particular thing or place or position (“forth” is obsolete)

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

onprepositionUS /ɑːn/

touching and supported by a surface

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

onepronounUS /wʌn/

used to mean any person in general, including the speaker

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

onesnounUS /wʌnz/

plural of “one” — the smallest whole number or a numeral representing this number

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

OnlyadverbUS /ˈoʊnli/

and nothing more

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

orconjunctionUS /ɔːr/

used to join alternatives or possibilities

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

ordinarynounUS /ˈɔːrdəneri/

a judge of a probate court

From this reading Week 8 I have here an ordinary pop-gun.

otheradjectiveUS /ˈʌðər/

not the same one or ones already mentioned or implied

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

papersnounUS /ˈpeɪpərz/

writing that provides information (especially information of an official nature)

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

pop-gun

Dictionary entry pending editorial verification. Tap Listen to hear the word.

From this reading Week 8 I have here an ordinary pop-gun.

pressverbUS /pres/

exert pressure or force to or upon

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

pressedadjectiveUS /prest/

compacted by ironing

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

pressurenounUS /ˈpreʃər/

the force applied to a unit area of surface; measured in pascals (SI unit) or in dynes (cgs unit)

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

reasonnounUS /ˈriːzən/

a rational motive for a belief or action

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

remainverbUS /rɪˈmeɪn/

stay the same; remain in a certain state

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

sameadjectiveUS /seɪm/

Identical; not different.

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

soconjunctionUS /soʊ/

for that reason; with the result that

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

someadjectiveUS /sʌm/

(quantifier) used with either mass nouns or plural count nouns to indicate an unspecified number or quantity

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

springnounUS /sprɪŋ/

the season of growth

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

takeverbUS /teɪk/

carry out

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

thanconjunctionUS /ðæn/

used to introduce the second part of a comparison

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

thatconjunctionUS /ðæt/

used to introduce what somebody said, thought, or felt

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

thedeterminerUS /ðə/

used before a noun that is already known, already mentioned, or the only one of its kind

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

thereadverbUS /ðer/

in or at that place or location

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

theypronounUS /ðeɪ/

the people, animals, or things already mentioned, as the subject

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

thickeradjectiveUS /ˈθɪkər/

comparative of “thick” — not thin; of a specific thickness or of relatively great extent from one surface to the opposite usually in the smallest of the three solid dimensions

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

thisdeterminerUS /ðɪs/

used for a person or thing that is near, or that has just been mentioned

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

thosedeterminerUS /ðoʊz/

the plural of “that”: the people or things further away, or already known

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

timenounUS /taɪm/

an instance or single occasion for some event

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

toparticleUS /tuː/

used before the base form of a verb to make the infinitive

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

togetheradverbUS /təˈɡeðər/

in contact with each other or in proximity

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

topnounUS /tɑːp/

the upper part of anything

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

tryingadjectiveUS /ˈtraɪɪŋ/

hard to endure

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

underprepositionUS /ˈʌndər/

below or beneath something; less than

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

upadjectiveUS /ʌp/

being or moving higher in position or greater in some value; being above a former position or level

From this reading But it is not so with the air, because air is elastic, and the atoms are always trying to fly apart, so that directly you take away the pressure they spring up again as far as they can.

upperadjectiveUS /ˈʌpər/

the topmost one of two

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

WeeknounUS /wiːk/

any period of seven consecutive days

From this reading Week 8 I have here an ordinary pop-gun.

whenconjunctionUS /wen/

at the time that

From this reading Only there is this difference, if the papers have lain for some time, when you take the top ones off, the under ones remain close together.

whynounUS /waɪ/

the cause or intention underlying an action or situation, especially in the phrase “the whys and wherefores”

From this reading But the chief reason why the air is thicker or denser nearer the earth, is because the upper layers press it down.

willmodal verbUS /wɪl/

used to talk about the future, or about willingness

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

withprepositionUS /wɪð/

in the company of; together with

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

youpronounUS /juː/

the person or people being spoken to

From this reading If you have a heap of papers lying one on the top of the other, you know that those at the bottom of the heap will be more closely pressed together than those above, and just the same is the case with the atoms of the air.

Chapter 2 of The Fairy-Land of Science by Arabella B. (Arabella Burton) Buckley holds 465 sentences, grouped into 93 reading sections of at most 5 sentences. The text is the public-domain source, unabridged, and the chapter records which sentences cover which part of the work so that nothing is dropped. Every word can be tapped for its pronunciation and dictionary entry.

What does chapter 2 of The Fairy-Land of Science contain?

Chapter 2 holds 465 sentences of The Fairy-Land of Science, unabridged, divided into 93 reading sections.

This page carries chapter 2 of The Fairy-Land of Science by Arabella B. (Arabella Burton) Buckley exactly as it stands in the public-domain source edition, without abridgement. It runs to 465 sentences, grouped into 93 sections of at most 5 sentences so that a reader can take the chapter in steady, finishable pieces. The chapter also stores a coverage record mapping every one of its sentences to a part of the work, which is how the edition demonstrates that no line was dropped.

How do I study chapter 2 of The Fairy-Land of Science?

Work through the 93 sections in order, replaying any sentence and tapping unfamiliar words for their entries.

Each of the 93 sections in this chapter is short enough to read once, hear once, and then re-read with the vocabulary in view. Tapping a word plays it alone and opens its dictionary entry with IPA, part of speech and meaning, so the reader is never forced to guess a pronunciation from spelling. Working section by section keeps a long chapter from becoming an undifferentiated wall of text, which is the usual reason a reader abandons a work of this period.

Can chapter 2 be read aloud to me?

Yes — every sentence and every individual word in chapter 2 can be played aloud in United States English.

Audio covers the whole chapter: any sentence can be played, and any single word within it can be played on its own. The voice uses United States English. For a work of this period that matters, because spelling is an unreliable guide to pronunciation for vocabulary that has fallen out of daily use, and a learner who guesses wrong tends to keep the error. Hearing the word in its own sentence, and then alone, settles it.

Questions about reading The Fairy-Land of Science

Common questions about reading The Fairy-Land of Science by Arabella B. (Arabella Burton) Buckley on this page, its source edition and its audio.

Is this the complete text of The Fairy-Land of Science?

Yes. All 1878 sentences of Project Gutenberg eBook #5726 are kept, with a record of which sentences cover which part.

Which edition of The Fairy-Land of Science is used?

Project Gutenberg eBook #5726, a public-domain edition. The Project Gutenberg header, footer and licence are removed.

How long does The Fairy-Land of Science take to read?

About 156 minutes of reading across 376 sections of 5 sentences each, at an unhurried pace.

How to read The Fairy-Land of Science section by section

How to work through The Fairy-Land of Science section by section, using the audio and the tap-to-define vocabulary.

  1. Open a chapter

    Choose one of the 4 chapters of The Fairy-Land of Science to begin.

  2. Read one section

    Each section holds 5 sentences; read it once through.

  3. Listen and tap

    Play the section aloud, then tap any unfamiliar word for its entry.

Vocabulary met early in The Fairy-Land of Science

Words and structures a reader meets early in The Fairy-Land of Science, each tappable for pronunciation and meaning.

Promised
A word that appears in the opening chapter of The Fairy-Land of Science; the reader can tap it to hear it and see its dictionary entry.
Introduce
A word that appears in the opening chapter of The Fairy-Land of Science; the reader can tap it to hear it and see its dictionary entry.
Today
A word that appears in the opening chapter of The Fairy-Land of Science; the reader can tap it to hear it and see its dictionary entry.
Fairy-land
A word that appears in the opening chapter of The Fairy-Land of Science; the reader can tap it to hear it and see its dictionary entry.