College AlgebraD.C. Heath & Company, 1890 - 577 páginas |
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... FACTOR 59 IX . LOWEST COMMON MULTIPLE . 66 X. FRACTIONS . 70 XI . SIMPLE EQUATIONS CONTAINING ONE UNKNOWN QUANTITY 85 XII . SIMPLE EQUATIONS CONTAINING TWO OR MORE UNKNOWN QUANTITIES 98 XIII . DISCUSSION OF SIMPLE EQUATIONS XIV ...
... FACTOR 59 IX . LOWEST COMMON MULTIPLE . 66 X. FRACTIONS . 70 XI . SIMPLE EQUATIONS CONTAINING ONE UNKNOWN QUANTITY 85 XII . SIMPLE EQUATIONS CONTAINING TWO OR MORE UNKNOWN QUANTITIES 98 XIII . DISCUSSION OF SIMPLE EQUATIONS XIV ...
Página 19
... factors of the product abc . 63. Any factor of a product is called the Coefficient of the product of the remaining factors . etc. Thus in 2ab , 2 is the coefficient of ab ; 2a of b ; a of 2b ; 64. If one factor of a product is expressed ...
... factors of the product abc . 63. Any factor of a product is called the Coefficient of the product of the remaining factors . etc. Thus in 2ab , 2 is the coefficient of ab ; 2a of b ; a of 2b ; 64. If one factor of a product is expressed ...
Página 22
... factor common to the dividend and divisor may be removed , or cancelled . Putting b = 1 in ( 3 ) , we have ac = α . с That is , if a number is both multiplied and divided by the same number , the value of the former will not be changed ...
... factor common to the dividend and divisor may be removed , or cancelled . Putting b = 1 in ( 3 ) , we have ac = α . с That is , if a number is both multiplied and divided by the same number , the value of the former will not be changed ...
Página 29
... factors , and a " = a xa xa x ... to n factors . Whence , am xa " = axaxax ... to m + n factors = am + n Hence , the exponent of a letter in the product is equal to its exponent in the multiplicand plus its exponent in the multiplier ...
... factors , and a " = a xa xa x ... to n factors . Whence , am xa " = axaxax ... to m + n factors = am + n Hence , the exponent of a letter in the product is equal to its exponent in the multiplicand plus its exponent in the multiplier ...
Página 36
... factor a × a × a × ... to n factors , am = ахахах ... an • to m - n factors = a " - " . That is , the exponent of a letter in the quotient is equal to its exponent in the dividend minus its exponent in the divisor . This is called the ...
... factor a × a × a × ... to n factors , am = ахахах ... an • to m - n factors = a " - " . That is , the exponent of a letter in the quotient is equal to its exponent in the dividend minus its exponent in the divisor . This is called the ...
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Términos y frases comunes
a₁ ab² absolute value Algebra arithmetical arithmetical means b₁ Binomial Binomial Theorem coefficient common factor Commutative Law Compare Art complex number continued fraction convergent cube root decimal denominator denote determinant Dividing divisible divisor equal EXAMPLES exponent Extracting the square figures Find the numbers follows from Art geometrical progression given equation Hence imaginary number infinite series last term letters logarithm mantissa Multiplying Note nth root number Art number of terms obtained P₁ partial fractions perfect power polynomial positive integer prove pure imaginary quadratic equation quotient radical sign rational and integral rational numbers real number remainder represented result rule of Art second term Solve the equation square root Sturm's Theorem Substituting Subtracting surd Theorem third unknown quantities Whence zero
Pasajes populares
Página 41 - The square of the sum of two numbers is equal to the square of the first, plus twice the product of the first by the second, plus the square of the second.
Página 270 - In any proportion the terms are in proportion by Composition; that is, the sum of the first two terms is to the first term as the sum of the last two terms is to the third term.
Página 271 - In a series of equal ratios, any antecedent is to its consequent, as the sum of all the antecedents is to the sum of all the consequents. Let a: 6 = c: d = e :/. Then, by Art.
Página 269 - If the product of two quantities is equal to the product of two others, one pair may be made the extremes, and the other pair the means, of a proportion. Let ad = ос.
Página 268 - The terms of a ratio are the two numbers to be compared; thus, in the above ratio, 20 and 4 are the terms. When both terms are considered together, they are called a couplet ; when considered separately, the first term is called the antecedent, and the second term the consequent. Thus, in the ratio 20 : 4, 20 and 4 form a couplet, and 20 is the antecedent, and 4 the consequent.
Página 140 - ... from the given expression. Divide the first term of the remainder by twice the first term of the root, and add the quotient to the root and also to the divisor.
Página 137 - Arts. 200 and 201 we derive the following rule : Extract the required root of the numerical coefficient, and divide the exponent of each letter by the index of the root.
Página 38 - Divide the first term of the dividend by the first term of the divisor, giving the first term of the quotient. Multiply the whole divisor by this term, and subtract the product from the dividend, arranging the remainder in the same order of powers as the dividend and divisor.
Página 79 - Multiply the numerators together for the numerator of the product, and the denominators together for the denominator of the product.
Página 270 - In any proportion the terms are in proportion by Alternation ; that is, the first term is to the third as the second term is to the fourth.