The principles of arithmetic |
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Página 46
... resulting product by the other factor . CASE III . , in which the multiplier is greater than 12 , and is neither a power of 10 nor a number resolvable into factors . EXAMPLE V. - Multiply 6,789 by 234 . Here we break up the multiplier ...
... resulting product by the other factor . CASE III . , in which the multiplier is greater than 12 , and is neither a power of 10 nor a number resolvable into factors . EXAMPLE V. - Multiply 6,789 by 234 . Here we break up the multiplier ...
Página 47
... resulting products - one below the other- in such a way that the most right hand - figure ( 6 ) of the first shall stand in the units ' place ; the most right - hand figure ( 7 ) of the second , in the tens place ; and the most right ...
... resulting products - one below the other- in such a way that the most right hand - figure ( 6 ) of the first shall stand in the units ' place ; the most right - hand figure ( 7 ) of the second , in the tens place ; and the most right ...
Página 48
... resulting products - one under the other - in such a way that the most right - hand figure of each shall stand in the same vertical column as the digit which , as multiplier , produced it . Add together the results so obtained , and the ...
... resulting products - one under the other - in such a way that the most right - hand figure of each shall stand in the same vertical column as the digit which , as multiplier , produced it . Add together the results so obtained , and the ...
Página 50
... resulting product as many places to the left as there are decimal places in the multiplicand and the multiplier . 60. Proof of Multiplication . - An exercise in Multiplication is presumed to have been correctly performed ( 1. ) when ...
... resulting product as many places to the left as there are decimal places in the multiplicand and the multiplier . 60. Proof of Multiplication . - An exercise in Multiplication is presumed to have been correctly performed ( 1. ) when ...
Página 54
... resulting quotient are simple numbers . * 64. When the dividend is a concrete number , the divisor and the quotient are - one a concrete num- ber of the same denomination as the dividend , and the other an abstract number . In no case ...
... resulting quotient are simple numbers . * 64. When the dividend is a concrete number , the divisor and the quotient are - one a concrete num- ber of the same denomination as the dividend , and the other an abstract number . In no case ...
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Términos y frases comunes
acres addends amount annex annuity arithmetical mean arithmetical progression Avoirdupois bill called cent centimes ciphers circulating decimal column common difference common ratio convert cost-price cube root decimal fraction decimal point denominator digit divide division divisor dwts employed equal exact number EXAMPLE exceeds expressed falling due farthings fourth term fractional unit gallon geometrical mean geometrical progression given number greatest common measure hundred hundredths inches instalments Irish larger number least common multiple left-hand length less logarithm mantissa MILLIONTHS minuend multiplicand multiply notes number of terms obtain occupies partial dividend pence perches period pounds present value prime factors principal Proportion remainder remove the decimal represent respectively resulting quotient right-hand root-figure senary shillings simple numbers smaller square root subtracting subtrahend tens tenths third term thousandths trial-dividend trial-divisor vulgar fraction whilst whole number write yards ΙΟ
Pasajes populares
Página 56 - To divide by 10, 100, 1000, etc., it is necessary only to move the decimal point in the dividend as many places to the left as there are ciphers in the divisor.
Página 45 - To multiply a decimal by 10, 100, 1000, &c., remove the decimal point as many places to the right as there are ciphers in the multiplier ; and if there be not places enough in the number, annex ciphers.
Página 140 - When a decimal number is to be divided by 10, 100, 1000, &c., remove the decimal point as many places to the left as there are ciphers in the divisor, and if there be not figures enough in the number, prefix ciphers.
Página 70 - MEASURE. 144 Square inches (sq. in.) make 1 Square foot, sq. ft. 9 Square feet " 1 Square yard, sq. yd. 30¿ Square yards " 1 Square rod or pole, p. 40 Square rods
Página 70 - Square Measure 144 square inches (sq. in.) = 1 square foot (sq. ft.) 9 square feet = 1 square yard (sq.
Página 64 - If the divisor contains decimal places, we may remove the decimal point from the divisor, provided we carry the decimal point in the dividend as many places to the right as there are decimal places in the divisor.
Página 332 - The book should be in the hands of every student of the history of Ireland.
Página 268 - Multiply the sum of the extremes by half the number of terms, and the product is the sum required.
Página 255 - Seek the greatest cube in the first period, and set its root on the right after the manner of a quotient in division. Subtract the cube of this figure from the first period, and to the remainder bring down the first figure of the next period, and call the number the dividend.
Página 69 - Span: 9 inches or 22.86 cm. Derived from the distance between the end of the thumb and the end of the little finger when both are outstretched.