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added altitude Answer arithmetical axis base breadth called centre circle circumference common compound cone consequently contained Corol cube curve decimal denominator denotes diameter difference distance divide division divisor double draw drawn equal equation EXAMPLES extremes feet figure former four fraction given gives greater greatest half height Hence inches interest join length less letters logarithm manner mean measure meet method multiply namely Note opposite parallel parallelogram perpendicular plane polygon position PROBLEM proportional quantity Quest quotient radius ratio rectangle Reduce remainder right angles root rule sides similar solid square square root subtract Suppose surface taken tangent theor THEOREM theref thing third triangle whole yards
310 ページ - THE angle formed by a tangent to a circle, and a chord drawn from the point of contact, is equal to the angle in the alternate segment.
2 ページ - The sum of the three angles of any triangle is equal to two right angles, this is a Theorem, the truth of which is demonstrated by Geometry.
189 ページ - To reduce a mixed number to an improper fraction, Multiply the whole number by the denominator of the fraction, and to the product add the numerator; under this sum write the denominator.
291 ページ - EBF, there are two angles in the one equal to two angles in the other, each to each ; and the...
18 ページ - The number to divide by, is the Divisor.- — And the number of times the dividend contains the divisor, is called the Quotient.
278 ページ - Similar figures, are those that have all the angles of the one equal to all the angles of the other, each to each, and the sides about the equal angles proportional.
157 ページ - Thus, the index or logarithm of 4, in the above series, is 2 ; and if this number be multiplied by 3, the product will be = 6 ; which is the logarithm of 64, or the third power of 4. And, if the logarithm of any number be divided by the index of its root, the quotient will be equal to the logarithm of that root.
81 ページ - Distinguish the given number into periods of two figures each, by putting a point over the place of units, another over the place of hundreds, and so on over every second figure, both to the left hand in integers, and to the right hand in decimals, which points will show the number of figures the root will consist of.