Elementary AlgebraMacmillan Company, 1905 |
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Página vi
... cube roots . The author desires to acknowledge his indebtedness to Messrs . William P. Manguse and B. A. Heydrick for the care- ful reading of the proofs and for many valuable suggestions . This volume contains all the topics required ...
... cube roots . The author desires to acknowledge his indebtedness to Messrs . William P. Manguse and B. A. Heydrick for the care- ful reading of the proofs and for many valuable suggestions . This volume contains all the topics required ...
Página viii
... Cubes Type VII . Grouping Terms 107 109 Summary of Factoring · 112 • CHAPTER VII HIGHEST COMMON FACTOR AND LOWEST COMMON MULTIPLE . Highest Common Factor Lowest Common Multiple FRACTIONS · CHAPTER VIII • Reduction of Fractions Addition ...
... Cubes Type VII . Grouping Terms 107 109 Summary of Factoring · 112 • CHAPTER VII HIGHEST COMMON FACTOR AND LOWEST COMMON MULTIPLE . Highest Common Factor Lowest Common Multiple FRACTIONS · CHAPTER VIII • Reduction of Fractions Addition ...
Página xi
... Factoring . 360 III . Highest Common Factor and Lowest Common Multiple . 363 · IV . Cube Roots of Polynomials and Arithmetical Numbers • · 367 ELEMENTARY ALGEBRA CHAPTER I INTRODUCTION 1. Algeora treats of numbers CONTENTS X1.
... Factoring . 360 III . Highest Common Factor and Lowest Common Multiple . 363 · IV . Cube Roots of Polynomials and Arithmetical Numbers • · 367 ELEMENTARY ALGEBRA CHAPTER I INTRODUCTION 1. Algeora treats of numbers CONTENTS X1.
Página 9
... cube ; thus , 122 ( read " 12 square " ) equals 144 . 16. The base of a power is the number which is repeated as a factor . The base of a3 is a . 17. An exponent is the number which indicates how many times a base is to be used as a ...
... cube ; thus , 122 ( read " 12 square " ) equals 144 . 16. The base of a power is the number which is repeated as a factor . The base of a3 is a . 17. An exponent is the number which indicates how many times a base is to be used as a ...
Página 11
... cube root , a fourth root , etc. 3 is the square root of 9 , for 32 = 9 . 5 is the cube root of 125 , for 53 = 125 . a is the fifth root of a5 , the nth root of an . The nth root is indicated by the symbol ; thus Vā is the fifth root of ...
... cube root , a fourth root , etc. 3 is the square root of 9 , for 32 = 9 . 5 is the cube root of 125 , for 53 = 125 . a is the fifth root of a5 , the nth root of an . The nth root is indicated by the symbol ; thus Vā is the fifth root of ...
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Términos y frases comunes
a+b)² a²b a²b² a³b a³b³ ab² ab³ algebraic angle arithmetic arithmetic means ax² binomial binomial theorem Check Clearing of fractions coefficient consecutive numbers contains denominator diagram difference digits divided division examples exceeds EXERCISE Extract the square factors Find the H. C. F. Find the number Find the sum Find the value following equations following expressions function given graph graphically Hence inches method miles per hour monomial multiplied negative obtain polynomials problem proportional quadratic equation quadratic surd quotient radical ratio reduced remainder sides Simplify simultaneous equations Solve the equation Solve the following square root Substituting subtract surds symbols term Transposing triangle unknown number unknown quantities Va² x²y x²y² x²y³ xy² yards zero
Pasajes populares
Página 164 - The sum of the three angles of any triangle is equal to 180°.
Página 47 - ... the square of the second. _ Again, (a — by = (a — 5) (a — 5) = a2 — 2a6 + 52. (2) That is, The square of the difference of two quantities is equal to the square of the first, minus twice the product of the first by the second, plus the square of the second.
Página 135 - A fraction may be reduced by division to an integral or mixed expression, if the degree of the numerator is equal to, or greater than, that of the denominator.
Página 170 - If the product of two numbers is equal to the product of two other numbers, either pair may be made the means, and the other pair the extremes, of a proportion.
Página 104 - A trinomial belongs to this type, ie it is a perfect square, when two of its terms are perfect squares, and the remaining term is equal to twice the product of the square roots of these terms.
Página 299 - Or ж2 + 2x-24 = 0. 325. If both members of an equation are divided by an expression involving the unknown quantity, the resulting equation contains fewer roots than the original one. In order to obtain all roots of the original equation, such a common divisor must be made equal to zero, and the equation thus formed be solved. Eg let it be required to solve If we divide both members by x — 3, we obtain ж + 3 = 5 or x = 2.
Página 105 - We have seen that the product of the sum and the difference of two numbers is equal to the difference of the squares of these numbers. Conversely, the difference of the squares of any two numbers is equal to the product of the sum and the difference of these numbers.
Página 77 - Uniting, - 2 x = - 30. Dividing, x — 15. Check. In 15 years A will be 30 ; 5 years ago he was 10 ; but 30 = 3 x 10. Ex. 3. To a quantity of water contained in a vessel., 56 gallons were added, and there was then in the vessel 8 times as much as at first. How many gallons did the vessel contain at first ? Let x = the number of gallons contained in the vessel at first. The verbal statement expressed in letters gives x + 66 = 8 x.
Página 55 - To divide a polynomial by a monomial, divide each term of the dividend by the divisor and add the partial quotients.
Página 162 - The sum of two numbers is 123, and if the greater is divided by the smaller, the quotient is 2 and the remainder is 3. Find the numbers.