The language of mathematics consists mostly of signs and symbols,and,  перевод - The language of mathematics consists mostly of signs and symbols,and,  литовский как сказать

The language of mathematics consist

The language of mathematics consists mostly of signs and symbols,
and, in a sense, is an unspoken language. There can be no more universal or more simple language, it is the same throughout the civilized
world, though the people of each country translate it into their own particular spoken language. For instance, the symbol 5 means the same to
a person in England. Spain, Italy or any other country; but in each
country it may be called by a different spoken word. Some of the best
known symbols of mathematics are the numerals 12. . 3, 4, 5, 6. 7. 8, 9, 0
and the signs of addition ( + ), subtraction (—), multiplication (x), di-
vision (:), equality ( = ) and the letters of the alphabets: Greek, Latin,
Gothic and Hebrew (rather rarely).
Symbolic language is one of the basic characteristics of modern ma-
thematics for it determines its true aspect. With the aid of symbolism
mathematicians can make transitions in reasoning almost mechanically
by the eye and leave their mind free to grasp the fundamental ideas of
the subject matter. Just as music uses symbolism for the representation
and communication of sounds so mathematics expresses quantitative relations and spatial forms symbolically. Unlike the common language,
which is the product of custom, as well as social and political move-
ments. the language of mathematics is carefully, purposefully and often
ingeniously designed. By virtue of its compactness, it permits a mathematician to work with ideas which when expressed in terms of common
language arc unmanageable. This compactness makes for efficiency of
thought
We use signs and symbols for convenience. In some cases the symbols are abbreviations of words, but often they have no such relation to the thing they stand for. We cannot
say why they stand for what they do, they mean what they do by common
agreement or by definition.
The student must always remember that the understanding of any
subject in mathematics presupposes clear and definite knowledge of what precedes. This is the reason why "there is no royal road" to mathematics
and why the study of mathematics is discouraging to weak minds, those
who are not able and willing to master the subject.
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The language of mathematics consists mostly of signs and symbols,and, in a sense, is an unspoken language. There can be no more universal or more simple language, it is the same throughout the civilizedworld, though the people of each country translate it into their own particular spoken language. For instance, the symbol 5 means the same toa person in England. Spain, Italy or any other country; but in eachcountry it may be called by a different spoken word. Some of the bestknown symbols of mathematics are the numerals 12. . 3, 4, 5, 6. 7. 8, 9, 0and the signs of addition ( + ), subtraction (—), multiplication (x), di-vision (:), equality ( = ) and the letters of the alphabets: Greek, Latin,Gothic and Hebrew (rather rarely). Symbolic language is one of the basic characteristics of modern ma-thematics for it determines its true aspect. With the aid of symbolismmathematicians can make transitions in reasoning almost mechanicallyby the eye and leave their mind free to grasp the fundamental ideas ofthe subject matter. Just as music uses symbolism for the representationand communication of sounds so mathematics expresses quantitative relations and spatial forms symbolically. Unlike the common language,which is the product of custom, as well as social and political move-ments. the language of mathematics is carefully, purposefully and ofteningeniously designed. By virtue of its compactness, it permits a mathematician to work with ideas which when expressed in terms of commonlanguage arc unmanageable. This compactness makes for efficiency ofthought We use signs and symbols for convenience. In some cases the symbols are abbreviations of words, but often they have no such relation to the thing they stand for. We cannotsay why they stand for what they do, they mean what they do by commonagreement or by definition. The student must always remember that the understanding of anysubject in mathematics presupposes clear and definite knowledge of what precedes. This is the reason why "there is no royal road" to mathematicsand why the study of mathematics is discouraging to weak minds, thosewho are not able and willing to master the subject.
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Matematikos kalbos susideda daugiausia iš ženklų ir simbolių,
ir, tam tikra prasme, yra neišsakyta kalbos. Gali būti ne daugiau universalus ar daugiau paprasta kalba, tai yra ta pati visame civilizuotame
pasaulyje, nors kiekvienos šalies žmonės jį išversti į savo ypač šnekamosios kalbos. Pavyzdžiui, simbolis 5 reiškia, kad tos pačios
Anglijoje asmeniui. Ispanija, Italija ar bet kuri kita šalis; bet kiekviena
šalies jis gali būti vadinamas skirtingu žodį,. Kai kurie iš geriausių
žinomų simbolių Matematikos skaitmenys 12.. 3, 4, 5, 6 7. 8, 9,
0, ir iš to ženklai (+), atimties (-), dauginimasis (x), di-
matymo (:), lygybės (=) ir raidžių abėcėlės: graikų, lotynų,
gotų ir hebrajų kalbomis (retai).
Simbolinis kalba yra viena iš pagrindinių savybių šiuolaikinių mašinoms
tematika ji nustato savo tikrąją aspektą. Su simbolika pagalbos
matematikai gali padaryti perėjimus argumentais beveik mechaniškai
pagal akis ir palikti savo mintis laisvai suvokti pagrindines idėjas
dalyku. Lygiai taip, kaip muzika naudoja simboliką už atstovavimą
ir ryšių garsų tiek matematikos išreiškia kiekybinius santykius ir erdvines formas simboliškai. Skirtingai nuo bendros kalbos,
kuri yra custom produktą, taip pat socialinių ir politinių judesių
mus. matematikos kalba atsargiai, kryptingai ir dažnai
išradingai sukurtas. Pagal savo kompaktiškumo, ji leidžia matematikas dirbti su idėjomis, kurios kai išreikštus bendra
kalba lanko nevaldomos. Tai kompaktiškumas leidžia efektyvumo
minties
mes naudojame ženklus ir simbolius, dėl patogumo. Kai kuriais atvejais simboliai yra santrumpos žodžių, bet dažnai jie neturi tokio ryšio su dalyko jie stovi už. Mes negalime
pasakyti, kodėl jie stovi už tai, ką jie daro, jie reiškia, ką jie daro bendru
susitarimu arba pagal apibrėžimą.
Studentas turi visada prisiminti, kad bet supratimas
matematikos dalyko suponuoja aiškią ir apibrėžtą žinių apie tai, kas įvyksta anksčiau. Tai yra priežastis, kodėl "nėra Royal keliu" į matematikos
ir kodėl matematikos studijų neskatina silpnus protus,
tie, kurie negali ir nenori įsisavinti temą.
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