University Algebra: Embracing a Logical Development of the Science with Numerous Graded Examples |
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Page 22
... remainder must be such a quantity that , being added to s , will produce m ; it is , therefore , m which is equivalent to m + ( − s ) . Hence , the remainder is found by changing the sign of the subtrahend , and adding the result to ...
... remainder must be such a quantity that , being added to s , will produce m ; it is , therefore , m which is equivalent to m + ( − s ) . Hence , the remainder is found by changing the sign of the subtrahend , and adding the result to ...
Page 35
... Remainder . The dividend and divisor are both arranged with refer- ence to the same letter ; then will the quotient of the first term of the dividend , by the first term of the divisor , be the first term of the quotient . The product ...
... Remainder . The dividend and divisor are both arranged with refer- ence to the same letter ; then will the quotient of the first term of the dividend , by the first term of the divisor , be the first term of the quotient . The product ...
Page 36
... remainder by the first term of the divisor , for the second term of the quotient . Multiply the divisor by this term , and subtract the pro- duct from the first remainder , and so on . IV . Continue the operation , until a remainder is ...
... remainder by the first term of the divisor , for the second term of the quotient . Multiply the divisor by this term , and subtract the pro- duct from the first remainder , and so on . IV . Continue the operation , until a remainder is ...
Page 46
... remainder . Thus , 3a2b , is a common divisor of 9a2b2c and 3a2b2 — 6a3b3 . 42. A SIMPLE or PRIME FACTOR is one that cannot be resolved into any other factors . Every prime factor , common to two quantities , is a common divisor of ...
... remainder . Thus , 3a2b , is a common divisor of 9a2b2c and 3a2b2 — 6a3b3 . 42. A SIMPLE or PRIME FACTOR is one that cannot be resolved into any other factors . Every prime factor , common to two quantities , is a common divisor of ...
Page 48
... if from the result a second polynomial be subtracted any number of times , the remainder will con tain all the factors common to the two polynomials ; that is , if the first polynomial be multiplied by any 48 ELEMENTS OF ALGEBRA .
... if from the result a second polynomial be subtracted any number of times , the remainder will con tain all the factors common to the two polynomials ; that is , if the first polynomial be multiplied by any 48 ELEMENTS OF ALGEBRA .
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Common terms and phrases
algebraic Arithmetic ax² Binomial Formula Clearing of fractions coefficients common difference containing contrary signs cube root Davies denominator denote the number distance dividend divisible equal roots equation whose roots EXAMPLES exponent expressions Extract the square factors Find the cube Find the fourth Find the greatest Find the square following RULE geometrical progression given equation greatest common divisor Hence imaginary indicated irreducible fraction last term least common multiple Let x denote logarithm miles monomial Multiplying both members negative nth root number of terms operation partial fractions polynomial positive preceding problem proportion quotient radical sign real roots Reduce remainder resulting equation roots equal second degree second member second term solved square root STURM'S THEOREM Substituting subtract third Transform the equation Transposing travels unknown quantity Whence whole number write X₁
Popular passages
Page 258 - The logarithm of any power of a number is equal to the logarithm of the number multiplied by the exponent of the power.
Page 255 - THE LOGARITHM: of a number is the exponent of the power to which it is necessary to raise a fixed number, to produce the given number. The fixed number is called the base of the system.
Page 136 - 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.
Page 36 - Divide the first term of the dividend by the first term of the divisor, and write the result as the first term of the quotient. Multiply the whole divisor by the first term of the quotient, and subtract the product from the dividend.
Page 81 - The part of the equation which is on the left of the sign of equality is called the first member ; the part on the right of the sign of equality, the second member.
Page 231 - If four quantities are in proportion, they will be in proportion by COMPOSITION...
Page 72 - Now .} of f- is a compound fraction, whose value is found by multiplying the numerators together for a new numerator, and the denominators for a new denominator.