Cyclomathesis: Or, An Easy Introduction to the Several Branches of the Mathematics]., Volum 41764 |
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Resultat 1-5 av 100
Side v
... reduced into as fhort a compass , and expreffed in as plain terms as poffible , fo as they may be clear and intelligible . And the method Ibave saken 1 fuppofe will appear to be very fimple and eafy , and will readily be apprebended by ...
... reduced into as fhort a compass , and expreffed in as plain terms as poffible , fo as they may be clear and intelligible . And the method Ibave saken 1 fuppofe will appear to be very fimple and eafy , and will readily be apprebended by ...
Side 6
... parts taken to- gether . 10. If a quantity be added , and the fame quan- tity fubtracted , they deftroy one another , and are both reduced to nothing . BOOK [ 7 ] BOOK I. The fundamental Principles of Algebra 6 AXIOM S.
... parts taken to- gether . 10. If a quantity be added , and the fame quan- tity fubtracted , they deftroy one another , and are both reduced to nothing . BOOK [ 7 ] BOOK I. The fundamental Principles of Algebra 6 AXIOM S.
Side 32
... reduce a mixed number to a fraction . RULE . Multiply the integral part by the denomina- tor of the fraction , and to the product add the numerator , under which write the common deno- minator . Ex . I. Let a- b be given . Then fraction ...
... reduce a mixed number to a fraction . RULE . Multiply the integral part by the denomina- tor of the fraction , and to the product add the numerator , under which write the common deno- minator . Ex . I. Let a- b be given . Then fraction ...
Side 35
... reduce a fraction to its lowest terms . RULE . Find the greatest common measure ( Prob . X ) , by which divide both numerator and denominator of the fraction ; the quotients will be the numera- tor and denominator of the fraction ...
... reduce a fraction to its lowest terms . RULE . Find the greatest common measure ( Prob . X ) , by which divide both numerator and denominator of the fraction ; the quotients will be the numera- tor and denominator of the fraction ...
Side 37
... reduce them to one ( Prob . XII ) ; then add the numerators , and under the fum , write the common denominator . Ex . 1 . a Add Ъ to d reduced and ad bd bc ad + bc then = lum .; bd ' bd Ex . 2 . reduced a Add a ' ō ' d adg bcg bdf bdg ...
... reduce them to one ( Prob . XII ) ; then add the numerators , and under the fum , write the common denominator . Ex . 1 . a Add Ъ to d reduced and ad bd bc ad + bc then = lum .; bd ' bd Ex . 2 . reduced a Add a ' ō ' d adg bcg bdf bdg ...
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Cyclomathesis: Or, an Easy Introduction to the Several Branches of ..., Volum 9 William Emerson Ingen forhåndsvisning tilgjengelig - 2016 |
Vanlige uttrykk og setninger
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Populære avsnitt
Side 32 - To reduce a mixed number to an improper fraction, Multiply the whole number by the denominator of the fraction, and to the product add the numerator; under this sum write the denominator.
Side 32 - To reduce an improper fraction to a whole or mixed number, — RULE : Divide the numerator by the denominator ; the quotient will be the whole or mixed number.
Side 317 - Recalling the fact that, from a purely mathematical point of view, a problem is adequately solved when the number of independent equations is equal to the number of unknown...
Side 6 - If the same quantity, or equal quantities, be subtracted from equal quantities, the remainders will be equal. 3. If equal quantities be multiplied by the same quantity, or equal quantities, the products will be equal.
Side 25 - EXTRACT the root of the co-efficient, for the numeral part ; and divide the index of the letter or letters, by the index of the power, and it will give the root of the literal part ; then annex this to the former, for the whole root sought*. * Any even root of an affirmative quantity, may be either -for — : thus the square root of + a?
Side 23 - ... and the product be divided :by the number of terms to that place, it will give the coefficient of the term next following.
Side 54 - RULE. Multiply the index of the quantity by the index of the power to which it is to be raised, and the result will be the power required.
Side 107 - and there are three changes ^ from the firft to the fécond, from the third to the fourth, and from the fourth to the fifth term : therefore there are three affirmative roots.
Side 23 - Note. — The whole number of terms will be one more than the index of the given power ; and when both terms of the root are +, all the terms of the power will be + ; but if the second term be — , all the odd terms will be +, and the even terms — . Examples. 1. Let a + x be involved to the fifth power. The terms without the coefficients will be a', a4 x, a3 x*, a...
Side 43 - Also, when the two numerators, or the two denominators, can be divided by some common quantity, that quantity may be thrown out of each, and the quotients used instead of the fractions first proposed.