Elements of AlgebraUniversity Press, 1818 - 276 sider |
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Side vii
... preceding questions by employing only one un- known quantity To resolve equations of the first degree , when there are two un- known quantities - Of the resolution of any given number of equations of the first degree , containing an ...
... preceding questions by employing only one un- known quantity To resolve equations of the first degree , when there are two un- known quantities - Of the resolution of any given number of equations of the first degree , containing an ...
Side 3
... preceding operations , will answer only for the particular example which is selected , while the course of reasoning considered by itself , by teaching us , that the less part is equal to half the number Preliminary Remarks . 3.
... preceding operations , will answer only for the particular example which is selected , while the course of reasoning considered by itself , by teaching us , that the less part is equal to half the number Preliminary Remarks . 3.
Side 6
... preceding result is deduced also from the following enunciation : Knowing the sum a of two numbers and their difference b , to find each of those numbers ; since , in other words , the number to be divided is the sum of the two numbers ...
... preceding result is deduced also from the following enunciation : Knowing the sum a of two numbers and their difference b , to find each of those numbers ; since , in other words , the number to be divided is the sum of the two numbers ...
Side 7
... preceding article , but we should be obliged to repeat all the reasonings and all the opera- tions , by which we have arrived at the number 30 , because there is nothing to show how this number is composed of 230 , 40 , and 60. To ...
... preceding article , but we should be obliged to repeat all the reasonings and all the opera- tions , by which we have arrived at the number 30 , because there is nothing to show how this number is composed of 230 , 40 , and 60. To ...
Side 16
... preceding rules whenever the unknown quantity does not enter into the denominators ; but it is often more simple to reduce all the terms to the same denomi- nator which may then be cancelled . Let there be , for example , the equation ...
... preceding rules whenever the unknown quantity does not enter into the denominators ; but it is often more simple to reduce all the terms to the same denomi- nator which may then be cancelled . Let there be , for example , the equation ...
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Elements of Algebra Silvestre Francois LaCroix,Professor John Farrar Ingen forhåndsvisning tilgjengelig - 2016 |
Vanlige uttrykk og setninger
a² b² a5 b² algebraic algebraic quantities Arith arithmetic becomes binomial changing the signs coefficient common divisor consequently courier cube root deduce denominator denoted divi divided dividend and divisor division double the product enunciation equa equal to zero evident example exponent extract the root extract the square factor x fifth power figures follows fraction given in art gives greatest common divisor greatest square last term letters logarithm manner merator method multiplicand multiplied necessary negative observed obtain operation polynomials proposed equation proposed number quan question quotient radical quantities radical sign reduced remainder represent resolve result rule given second degree second power second term sign+ simple quantities square root substitute subtract tens terms involving third tion tities units unity unknown quantity vulgar fractions whence whole numbers
Populære avsnitt
Side ii - Co. of the said district, have deposited in this office the title of a book, the right whereof they claim as proprietors, in the words following, to wit : " Tadeuskund, the Last King of the Lenape. An Historical Tale." In conformity to the Act of the Congress of the United States...
Side 22 - ... by itself as many times less one as there are units in the exponent of this power.
Side 76 - On the contrary, the square root of a number, which is not a perfect square, is...
Side 73 - Which proves that the square of a number composed of tens and units, contains the square of the tens plus twice the product of the tens by the units, plus the square of the units.
Side 93 - Adding to the trial-divisor 3 ab, that is, three times the product of the first term of the root by the second, and...
Side 76 - This process, founded upon what was laid down in article 96, that the square of a fraction is expressed by the square of the numerator divided by the square of the denominator, may evidently be applied to any kind of fraction whatever, and more readily to decimals than to others.
Side 35 - ... the first term of the divisor, by^>, the second term of the quotient...
Side 25 - RULE. Multiply all the terms of the multiplicand by each term of the multiplier, observing that like signs give plus in the product, and unlike signs minus.
Side 155 - If three quantities are in continued proportion, the product of the extremes is equal to the square of the mean.
Side 155 - The first consequent plus or minus its antecedent taken a given number of times, is to the second consequent plus or minus its antecedent taken the same number of times, as the first term is to the third, or as the second is to the fourth. 164. The expression = - returns to b-±.ma a d-\-mc cd — me cb-\-ma ab — ma a...