Elementary algebra, with brief notices of its history1879 |
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Page 26
... greater than that can be assigned . The quotient therefore is indefinitely great , and is rightly termed infinite . " Like quantities are denoted by the same colour , unlike by different colours . The multiplication of two like ...
... greater than that can be assigned . The quotient therefore is indefinitely great , and is rightly termed infinite . " Like quantities are denoted by the same colour , unlike by different colours . The multiplication of two like ...
Page 10
... greater by one than that half . 4. To add the squares of the numbers in order ; add one to twice the last num- ber , and multiply a third of the sum by the sum of the numbers . 5. To find the sum of the cubes in succession ; take the ...
... greater by one than that half . 4. To add the squares of the numbers in order ; add one to twice the last num- ber , and multiply a third of the sum by the sum of the numbers . 5. To find the sum of the cubes in succession ; take the ...
Page 12
... greater part of their mathematical terminology , from the Arabs . The following extract from a short treatise on Algebra in 1 The reference to Euclid is contained in the solution of the question , " What right - angled triangle is that ...
... greater part of their mathematical terminology , from the Arabs . The following extract from a short treatise on Algebra in 1 The reference to Euclid is contained in the solution of the question , " What right - angled triangle is that ...
Page 27
... greater above it , is greater than this remaine : and therefore that remaine is neglected as not of any moment . " treatment of quadratic equations he admits only positive roots , 27.
... greater above it , is greater than this remaine : and therefore that remaine is neglected as not of any moment . " treatment of quadratic equations he admits only positive roots , 27.
Page 28
... greater before the less ; and when it was not known which was the greater , he placed the symbol between them to denote their difference . He had no symbol to denote multiplication , but expressed the operation in words ; and the ...
... greater before the less ; and when it was not known which was the greater , he placed the symbol between them to denote their difference . He had no symbol to denote multiplication , but expressed the operation in words ; and the ...
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Expressions et termes fréquents
a+b+c a²+b² Algebra arithmetical progression binomial biquadratic calculus coefficients consist contains cube numbers cube root cubic equation decimal denominator determined digits divided dividend divisible equal Euclid Euclid's Elements expression extraction factors find the number find the value fluxions four fourth fraction geometrical progression given equation greater harmonical means Hence highest common divisor involving jebr least common multiple Leibnitz less letters mathematical means method method of fluxions multiplied natural numbers negative quantity Newton number ends number of terms positive integer published quadratic equation quotient ratio reduced remainder respectively result second equation second term shew shewn side signs solution square numbers square root substituted subtraction symbols theorem things third tion treatise unity unknown quantities
Fréquemment cités
Page 34 - ... la diversité de nos opinions ne vient pas de ce que les uns sont plus raisonnables que les autres, mais seulement de ce que nous conduisons nos pensées par diverses voies, et ne considérons pas les mêmes choses. Car ce n'est pas assez d'avoir l'esprit bon, mais le principal est de l'appliquer bien.
Page 34 - Le bon sens est la chose du monde la mieux partagée ; car chacun pense en être si bien pourvu , que ceux même qui sont les plus difficiles à contenter en toute autre chose n'ont point coutume d'en désirer plus qu'ils en ont.
Page 61 - The first of four magnitudes is said to have the same ratio to the second, which the third has to the fourth, when any...
Page 28 - As a blind man has no idea of colors, so have we no idea of the manner by which the all-wise God perceives and understands all things. He is utterly void of all body and bodily figure, and can therefore neither be seen, nor heard, nor touched ; nor ought he to be worshipped under the representation of any corporeal thing. We have ideas of his attributes, but what the real substance of anything is, we know not.
Page 16 - The number of square units in the area of a rectangle...
Page 11 - But the answer is easy; for by the ultimate velocity is meant that with which the body is moved, neither before it arrives at its last place and the motion ceases, nor after, but at the very instant it arrives; that is, that velocity with which the body arrives at its last place, and with which the motion ceases.
Page 27 - This most beautiful system of the Sun, planets and comets could only proceed from the counsel and dominion of an Intelligent and Powerful Being. And if the fixed stars are the centers of other like systems, these being formed by the like wise counsel, must be all subject to the dominion of One...
Page 56 - Prove that if any number of quantities be in continued proportion, as one of the antecedents is to its consequent so is the sum of all the antecedents to the sum of all the consequents.
Page 17 - Collins, dated between the years 1669 and 1677, inclusive; and showed them to such as knew and avouched the hands of Mr. Barrow, Mr. Collins, Mr. Oldenburg, and Mr. Leibnitz ; and compared those of Mr. Gregory with one another, and with copies of some of them taken in the hand of Mr. Collins...
Page 11 - ... instant it arrives ; that is, that velocity with which the body arrives at its last place, and with which the motion ceases. " And in like manner, by the ultimate ratio of evanescent quantities...