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 Βιβλία Βιβλία IV. If any partial dividend will not contain the divisor, write a cipher in the quotient, annex the next figure of the dividend, and proceed as before. Practical Arithmetic ... - Σελίδα 20
των John Purdue Bidlake - 1866 - 212 σελίδες
Πλήρης προβολή - Σχετικά με αυτό το βιβλίο ## The New American Arithmetic, in the Coin of the United States, Denominated ...

John Lyman Newell - 1822 - 202 σελίδες
...unit or one, of the quotient. PROOF. Q. How is Simple Division proved ? A. If it be short division, multiply the quotient by the divisor, and add the remainder (if any) to the product. But if it be long division, add all the numbers subtracted and the remainder (if any)... ## Taplin's improved edition of Walkingame's Tutor's assistant. To which is ...

Francis Walkingame - 1835
...tens to the next figure of the dividend, and proceed in like manner through the whole of the dividend. PROOF. Multiply the quotient by the divisor, and add the remainder. If the product is the same as the dividend, the work is correct. EXAMPLES. Dividend. Rem. ,„, pv- :j... ## Arithmetic. [With] Key, Τόμος 1

Robert Goodacre - 1839
...the right-hand of the quotient with the divisor beneath it like a fraction : thus, |, J,\$,&c. PKOOF. Multiply the quotient by the divisor, and add the remainder, if any, to the product ; the whole sum will be the same as the dividend, when the work has been performed aright.... ## A key to the commercial arithmetic

James Morrison (accountant.) - 1845 - 80 σελίδες
...to the product of the divisor ; then I divide the product. (6.) Q. How do you prove Division ? A. I multiply the quotient by the divisor, and add the remainder (if any) to the product : the sum will be equal to the dividend. (7.) Q. How do you divide compound numbers... ## The scholar's guide to arithmetic; or, A complete exercise-book

John Bonnycastle - 1851
...former; thus, }-Н=§, or | x }=з|, all of which have the same value, for J = § = §|. METHODS OF PROOF. Multiply the quotient by the divisor, and add the remainder, if any, to the product ; then if this sum be equal to the dividend, the work is right. Or thus. If you add... ## Theoretical and Practical Arithmetic, Μέρος 1

De Witt Clinton Benjamin - 1852
...multiplicand are divided. • PROOF. 67. How do you prove the operation, and what must the result equal? A. Multiply the quotient by the divisor, and add the remainder (if any) to the product, and this result will equal the dividend. EXAMPLES. 1. Divide 768 by 2. OPERATION. *2)768f... ## Arithmetical foundation: comprising mental and written exercises in the four ...

Henry Jackson - 1861 - 72 σελίδες
...Observe, you are always to begin your operations in Division, on the left hand. 2 To prove Division, multiply the quotient by the divisor, and add the remainder, if any. 3 If the work be right, the product will be like the dividend. 4 EXAMPLES. Divide 426 by 2. Here we... ## A progressive arithmetic for elementary schools, ed. by F. Young. 6 pt. [in ...

Francis Young (F.R.G.S.) - 1872
...(units) and Jour (units) remaining. Put down 5 (units) and place the remainder 4 over the divisor as f , that is four-sevenths of a unit. PROOF. — Multiply...the same as the dividend, if the working is correct. Ex. 12. — Division (when the Divisor is not greater than 12). !) 3)2138754 2) 4)2899276 3) 3)1759062... ## An elementary course of arithmetic. (With Key).

Richard Rickard - 1873
...tediousness of the reductions, to employ Long Division than to divide by the factors of the divisor. Proof. — Multiply the quotient by the divisor, and add the remainder (if any) to the product. The result will be the same as the dividend if the operations be correctly performed.... ## Ray's New Practical Arithmetic: A Rev. Ed. of the Practical Arithmetic

Joseph Ray - 1877 - 336 σελίδες
...remainder after dividing the last figure, place the divisor under it, and annex it to the quotient. PROOF. — Multiply the quotient by the divisor, and add the remainder, if any, to the product: if the work is correct, the sum will be equal to the dividend. REM. — This method...