Arithmetic for SchoolsMacmillan and Company, 1854 - 272 sider |
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Side 11
... multiplied by 4 , the number produced by the multiplica- tion is the sum of 3 repeated 4 times , which sum is equal to 3 + 3 + 3 + 3 or 12 . The number to be repeated or added to itself , is called the MULTIPLI- CAND . The number which ...
... multiplied by 4 , the number produced by the multiplica- tion is the sum of 3 repeated 4 times , which sum is equal to 3 + 3 + 3 + 3 or 12 . The number to be repeated or added to itself , is called the MULTIPLI- CAND . The number which ...
Side 12
... multiplied by 3 : and so on . Note . One of the factors , namely the multiplier , must necessarily be an abstract number ' ; since it would be absurd to speak of 6 shillings multiplied by 4 shillings . We can multiply 6 shillings by 4 ...
... multiplied by 3 : and so on . Note . One of the factors , namely the multiplier , must necessarily be an abstract number ' ; since it would be absurd to speak of 6 shillings multiplied by 4 shillings . We can multiply 6 shillings by 4 ...
Side 13
... multiply 7654 by the 3 , we in fact multiply by 300 ; and 4 multiplied by 300 gives 1200 , or 1 thousand , 2 hundreds , 0 tens , and O units ; therefore , omitting the cyphers , we place the first figure 2 under the hundreds ' place ...
... multiply 7654 by the 3 , we in fact multiply by 300 ; and 4 multiplied by 300 gives 1200 , or 1 thousand , 2 hundreds , 0 tens , and O units ; therefore , omitting the cyphers , we place the first figure 2 under the hundreds ' place ...
Side 14
... multiplied by 6200 , and 570 be multiplied by 3200 , we have 263 6200 526 570 3200 114 1578 1630600 171 1824000 The reason is clear : for , in the first case , when we multiply by the 2 , in fact we multiply by 200 ; and 3 multiplied by ...
... multiplied by 6200 , and 570 be multiplied by 3200 , we have 263 6200 526 570 3200 114 1578 1630600 171 1824000 The reason is clear : for , in the first case , when we multiply by the 2 , in fact we multiply by 200 ; and 3 multiplied by ...
Side 11
... multiplied by 4 , the number produced by the multiplica- tion is the sum of 3 repeated 4 times , which sum is equal to 3 + 3 + 3 + 3 or 12 . The number to be repeated or added to itself , is called the MULTIPLI- CAND . The number which ...
... multiplied by 4 , the number produced by the multiplica- tion is the sum of 3 repeated 4 times , which sum is equal to 3 + 3 + 3 + 3 or 12 . The number to be repeated or added to itself , is called the MULTIPLI- CAND . The number which ...
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31 per cent 37 yards A's share abstract number acres Avoirdupois breadth broad bushel carpet centimes cloth compound interest concrete numbers contained cube root cubic cyphers denoted divided dividend division divisor dwts equal Examples Express farthings feet figure Find the cost find the number Find the value florins francs gain gallon given number greatest common measure guineas hundred improper fraction inches income least common multiple length lowest terms miles moidore months multiplicand multiplied numerator and denominator obtained parallelopiped pence person piece pound proportion quantity question quotient rate per cent ratio rectangular recurring decimal Reduce remainder required number required sum respectively result Rule given Rule of Three sell shew shillings simple interest square root subtract things thousand tons Troy units vulgar fractions weight wheat whence whole number
Populære avsnitt
Side 2 - Prize Essay for 1877. 8vo. 8.r. 6V. SMITH— Works by the Rev. BARNARD SMITH, MA, Rector of Glaston, Rutland, late Fellow and Senior Bursar of St. Peter's College, Cambridge. ARITHMETIC AND ALGEBRA, in their Principles and Application ; with numerous systematically arranged Examples taken from the Cambridge Examination Papers, with especial reference to the Ordinary Examination for the BA Degree.
Side 34 - HERVEY.— The Genealogies of our Lord and Saviour Jesus Christ, as contained in the Gospels of St. Matthew and St. Luke, reconciled with each other and with the Genealogy of the House of David, from Adam to the close of the Canon of the Old Testament, and shown to be in harmony with the true Chronology of the Times.
Side 26 - 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.
Side 24 - If the numerator and denominator of each fraction is multiplied (or divided) by the same number, the value of the fraction will not change.
Side 3 - LUND.— A Short and Easy Course of Algebra. Chiefly designed for the use of the Junior Classes in Schools, with a numerous collection of Original easy Exercises. By THOMAS LUND, BD late Fellow of St.
Side 41 - AN ELEMENTARY TREATISE ON THE LUNAR THEORY, with a Brief Sketch of the Problem up to the time of Newton. Second Edition, revised. Crown 8vo. cloth. 5*. 6d. Hemming. — AN ELEMENTARY TREATISE ON THE DIFFERENTIAL AND INTEGRAL CALCULUS, for the Use; of Colleges and Schools.
Side 3 - FROST.— The First Three Sections of Newton's Principia. With Notes and Problems in illustration of the subject. By PERCIVAL FROST, MA late Fellow of St.
Side 43 - Geometry. With a numerous collection of Easy Examples progressively arranged, especially designed for the use of Schools and Beginners. By G. HALE PUCKLE, MA, St. John's College, Cambridge; Principal of St. Mary's College, Windermere. Crown 8vo. cloth, 7*.
Side 47 - If the numerator and denominator of a fraction be both multiplied or both divided by the same number, the value of the fraction is not altered.
Side 37 - RAMSAY.— The Catechiser's Manual; or, the Church Catechism illustrated and explained, for the use of Clergymen, Schoolmasters, and Teachers. By ARTHUR RAMSAY, MA of Trinity College, Cambridge. 18mo. cloth, 3s.