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Stay off the Moon!
Stay off the Moon!

Chapter I

Chapter 1 of Stay off the Moon! is here in full — 470 sentences across 94 reading sections, with audio for every sentence and word.

Cover illustration for Stay off the Moon!
Context Illustration Reading 1/94 · 5 lines
English subtitles · tap any word to listen 1 / 5
Stay off the MOON!
_How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.
You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.
You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.
Then you have to code it and get the information from the moon to earth.
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.

Stay off the Moon!

Chapter I

Chapter 1 of Stay off the Moon! is here in full — 470 sentences across 94 reading sections, with audio for every sentence and word.

Reading 1/94 · 5 reading units · Lines 1–5

Line 1
Stay off the MOON!
/steɪ ɔːf ðə muːn/
Line 2
_How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.
Line 3
You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.
Line 4
You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.
Line 5
Then you have to code it and get the information from the moon to earth.
/ðen juː hæv tuː koʊd ɪt ənd ɡet ðə ˌɪnfərˈmeɪʃən frʌm ðə muːn tuː ɜːrθ/

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.

activate verb US /ˈæktəveɪt/

put in motion or move to act

From this reading “You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.”

filter verb US /ˈfɪltər/

remove by passing through a filter

From this reading “You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.”

metering verb US /ˈmiːtərɪŋ/

-ing form of “meter” — measure with a meter

From this reading “You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.”

pipette noun US /ˌpaɪˈpet/

measuring instrument consisting of a graduated glass tube used to measure or transfer precise volumes of a liquid by drawing the liquid up into the tube

From this reading “_How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.”

reagent noun US /riˈeɪdʒənt/

a chemical agent for use in chemical reactions

From this reading “You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.”

solutions noun US /səˈluːʃənz/

plural of “solution” — a homogeneous mixture of two or more substances; frequently (but not necessarily) a liquid solution

From this reading “You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.”

spectrometer noun US /spekˈtrɑːmətər/

spectroscope for obtaining a mass spectrum by deflecting ions into a thin slit and measuring the ion current with an electrometer

From this reading “You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.”

temperatures noun US /ˈtemprətʃərz/

plural of “temperature” — the degree of hotness or coldness of a body or environment (corresponding to its molecular activity)

From this reading “You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.”

Word partnerships in these lines

English keeps certain words together, and knowing the pair is worth more than knowing each word alone. Every partnership below was counted across our whole published library, and earns its place by appearing far more often than two unrelated words of the same frequency would.

Shown as this reading writes them, with the form the library counts, what kind of pairing it is, and how often it occurs.

million miles noun + noun counted as “million mile”

In this reading “_How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.”

of course preposition + noun

as might be expected

In this reading “_How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.”

All words in this reading · 77

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.

adeterminerUS /ə/

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

acidadjectiveUS /ˈæsəd/

harsh or corrosive in tone

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

activateverbUS /ˈæktəveɪt/

put in motion or move to act

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

adjustverbUS /əˈdʒʌst/

alter or regulate so as to achieve accuracy or conform to a standard

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

andconjunctionUS /ənd/

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

applyverbUS /əˈplaɪ/

put into service; make work or employ for a particular purpose or for its inherent or natural purpose

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

awayadverbUS /əˈweɪ/

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

cnounUS /siː/

a degree on the centigrade scale of temperature

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

circuitsnounUS /ˈsɜːrkəts/

plural of “circuit” — an electrical device that provides a path for electrical current to flow

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

closeadjectiveUS /kloʊs/

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

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

codenounUS /koʊd/

a set of rules or principles or laws (especially written ones)

From this reading Then you have to code it and get the information from the moon to earth.

coursenounUS /kɔːrs/

education imparted in a series of lessons or meetings

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

determinesverbUS /dəˈtɜːrmənz/

third-person singular of “determine” — establish after a calculation, investigation, experiment, survey, or study

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

distancenounUS /ˈdɪstəns/

the property created by the space between two objects or points

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

doauxiliary verbUS /duː/

used to form questions and negatives, and to give emphasis

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

don't

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

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

earthnounUS /ɜːrθ/

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

From this reading Then you have to code it and get the information from the moon to earth.

fillverbUS /fɪl/

make full, also in a metaphorical sense

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

filterverbUS /ˈfɪltər/

remove by passing through a filter

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

forcenounUS /fɔːrs/

a powerful effect or influence

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

fromprepositionUS /frʌm/

showing where something starts, or who sent it

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

getverbUS /ɡet/

come into the possession of something concrete or abstract

From this reading Then you have to code it and get the information from the moon to earth.

gotverbUS /ɡɑːt/

inflected form of “get” — come into the possession of something concrete or abstract

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

ground-glass

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

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

halfadjectiveUS /hæf/

consisting of one of two equivalent parts in value or quantity

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

haveauxiliary verbUS /hæv/

used with a past participle to form the perfect tenses

From this reading Then you have to code it and get the information from the moon to earth.

heatnounUS /hiːt/

a form of energy that is transferred by a difference in temperature

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

How

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

hydrochloric

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

informationnounUS /ˌɪnfərˈmeɪʃən/

a message received and understood

From this reading Then you have to code it and get the information from the moon to earth.

intoprepositionUS /ˈɪntuː/

moving to the inside of something

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

isauxiliary verbUS /ɪz/

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

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

itpronounUS /ɪt/

a thing, animal, or idea already mentioned

From this reading Then you have to code it and get the information from the moon to earth.

literallyadverbUS /ˈlɪtərəli/

in a literal sense

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

measurenounUS /ˈmeʒər/

any maneuver made as part of progress toward a goal

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

measuredadjectiveUS /ˈmeʒərd/

having notes of fixed rhythmic value

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

meteringverbUS /ˈmiːtərɪŋ/

-ing form of “meter” — measure with a meter

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

milesnounUS /maɪlz/

plural of “mile” — a unit of length equal to 1,760 yards or 5,280 feet; exactly 1609.344 meters

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

millionnounUS /ˈmɪljən/

the number that is represented as a one followed by 6 zeros

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

MOONnounUS /muːn/

the natural satellite of the Earth

From this reading Stay off the MOON!

muchadverbUS /mʌtʃ/

to a great degree or extent

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

notadverbUS /nɑːt/

used to make a word, phrase, or sentence negative

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

ofprepositionUS /ʌv/

belonging to, or connected with, somebody or something

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

offadverbUS /ɔːf/

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

From this reading Stay off the MOON!

openverbUS /ˈoʊ.pən/

To move from a closed position.

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

orconjunctionUS /ɔːr/

used to join alternatives or possibilities

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

others

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

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

outadjectiveUS /aʊt/

not allowed to continue to bat or run

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

pipettenounUS /ˌpaɪˈpet/

measuring instrument consisting of a graduated glass tube used to measure or transfer precise volumes of a liquid by drawing the liquid up into the tube

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

plungers

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

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

problemnounUS /ˈprɑːbləm/

a state of difficulty that needs to be resolved

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

productnounUS /ˈprɑːdəkt/

commodities offered for sale

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

pumpsnounUS /pʌmps/

plural of “pump” — a mechanical device that moves fluid or gas by pressure or suction

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

quarternounUS /ˈkwɔːrtər/

one of four equal parts

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

quiteadverbUS /kwaɪt/

to a degree (not used with a negative)

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

reagentnounUS /riˈeɪdʒənt/

a chemical agent for use in chemical reactions

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

realadjectiveUS /riːl/

being or occurring in fact or actuality; having verified existence; not illusory

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

sendverbUS /send/

cause to go somewhere

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

signalsnounUS /ˈsɪɡnəlz/

plural of “signal” — any nonverbal action or gesture that encodes a message

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

simpleadjectiveUS /ˈsɪmpəl/

having few parts; not complex or complicated or involved

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

solutionsnounUS /səˈluːʃənz/

plural of “solution” — a homogeneous mixture of two or more substances; frequently (but not necessarily) a liquid solution

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

someadjectiveUS /sʌm/

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

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

spectrometernounUS /spekˈtrɑːmətər/

spectroscope for obtaining a mass spectrum by deflecting ions into a thin slit and measuring the ion current with an electrometer

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

StayverbUS /steɪ/

stay the same; remain in a certain state

From this reading Stay off the MOON!

temperaturesnounUS /ˈtemprətʃərz/

plural of “temperature” — the degree of hotness or coldness of a body or environment (corresponding to its molecular activity)

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

testnounUS /test/

trying something to find out about it

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

thatconjunctionUS /ðæt/

used to introduce what somebody said, thought, or felt

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

thedeterminerUS /ðə/

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

From this reading Stay off the MOON!

ThenadverbUS /ðen/

subsequently or soon afterward (often used as sentence connectors)

From this reading Then you have to code it and get the information from the moon to earth.

tinyadjectiveUS /ˈtaɪni/

very small

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

toparticleUS /tuː/

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

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

tubenounUS /tuːb/

conduit consisting of a long hollow object (usually cylindrical) used to hold and conduct objects or liquids or gases

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

usenounUS /juːs/

the act of using

From this reading You don't literally fill a pipette or use a test tube; you activate metering circuits that force tiny, ground-glass plungers a measured distance into reagent pumps.

valvesnounUS /vælvz/

plural of “valve” — a structure in a hollow organ (like the heart) with a flap to insure one-way flow of fluid through it

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

whatpronounUS /wʌt/

used to ask for information about something

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

youpronounUS /juː/

the person or people being spoken to

From this reading _How do you fill a pipette and measure out a half c.c. of hydrochloric acid into a test tube--from a quarter million miles away?_ The real problem, of course, is not quite that simple.

you've

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

From this reading You send signals that close some valves and open others, and apply heat and adjust temperatures, and filter solutions, and send the product to a spectrometer that determines what you've got and how much.

Chapter 1 of Stay off the Moon! by Raymond F. Jones holds 470 sentences, grouped into 94 reading sections of at most 5 sentences. The text is the source edition, 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 1 of Stay off the Moon! contain?

Chapter 1 holds 470 sentences of Stay off the Moon!, unabridged, divided into 94 reading sections.

This page carries chapter 1 of Stay off the Moon! by Raymond F. Jones exactly as it stands in the source edition, without abridgement. It runs to 470 sentences, grouped into 94 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 1 of Stay off the Moon!?

Work through the 94 sections in order, replaying any sentence and tapping unfamiliar words for their entries.

Each of the 94 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 1 be read aloud to me?

Yes — every sentence and every individual word in chapter 1 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 Stay off the Moon!

Common questions about reading Stay off the Moon! by Raymond F. Jones on this page, its source edition and its audio.

Is this the complete text of Stay off the Moon!?

Yes. All 0 sentences of Project Gutenberg eBook #? are kept, with a record of which sentences cover which part.

Which edition of Stay off the Moon! is used?

Project Gutenberg eBook #?, unabridged. The Project Gutenberg header, footer and licence are removed.

How long does Stay off the Moon! take to read?

About 5 minutes of reading across 0 sections of 5 sentences each, at an unhurried pace.

How to read Stay off the Moon! section by section

How to work through Stay off the Moon! section by section, using the audio and the tap-to-define vocabulary.

  1. Open a chapter

    Choose one of the 0 chapters of Stay off the Moon! 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 Stay off the Moon!

Words and structures a reader meets early in Stay off the Moon!, each tappable for pronunciation and meaning.

Chapter 1
One of the 0 chapters of Stay off the Moon!, divided into 5-sentence reading sections.
Chapter 2
One of the 0 chapters of Stay off the Moon!, divided into 5-sentence reading sections.
Chapter 3
One of the 0 chapters of Stay off the Moon!, divided into 5-sentence reading sections.