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" Divide the greater number by the less, and that divisor by the remainder, and so on, always dividing the last divisor by the last remainder, till nothing remain. "
Arithmetic - Σελίδα 78
των A G. Blake - 1885
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...lowest terms. RULE. 1. Find a common measure, by dividing the greater term by the less, and this divisor by the remainder, and so on, always dividing the last divisor' by the last remainder, till nothing remains, the last divisor is the common measure.* 2. Divide both of the terms of the fraction...

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...conimon measure, by dividing; the greater term by the less, and this divisor by the remainder, aitd so on, always dividing the last divisor by the last remainder, till nothing remains ; the last divisor is the common measure.* 2. Divide both of the terras of the fraction...

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...more numbers. RULE 1. If there be two pumbers only, divide the greater by the less, and this divisor by the remainder, and so on, always dividing the last divisor by the last remainder, till nothing remain ; then will the last divisor be the greatest common measure required. 2. When there...

Pike's System of Arithmetic Abridged: To which are Added Appropriate ...

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...more numbers. RULE 1. If there be two numbers only, divide Jhe greater by the less, and this divisor by the remainder, and so on,, always dividing the last divisor by the last remainder, till nothing remain ; tben will the last divisor be the greatest common measure required. 2. When there...

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...greatest common divisor of two numbers : — Divide, the greater number by tbe less, and that divisor by the remainder, and so on, always dividing the last divisor by the last remainder, till nothing remain. The last divisor will be the greatest common divisor required. Note. It is evident,...

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