 | Charles Potts - 1835 - 202 sider
...dividend. In this case- it is called short division, but otherwise long division. PROOF. — Multiply the quotient by the divisor, and to the product add the remainder. EXAMPLES. 1. Divide 963 by 3. Dividend. Divisor 3)963 Quotient 321 OPERATION. — As the divisor does... | |
 | Michael Walsh - 1838 - 346 sider
...every figure so brought down, till the number be sufficient to contain the divisor. PROOF. Multiply the quotient by the divisor, and to the product add the remainder, and the sum will be equal to the dividend, if the .work be right. dividend, then divide the remaining... | |
 | James H. Porter - 1841 - 210 sider
...every figure so brought down, till the number be sufficient to contain the divisor. Proof. Multiply the quotient by the divisor, and to the product add the remainder, and the sum will be equal to the dividend, if the work is right. When there are ciphers annexed to... | |
 | 1843 - 142 sider
...other figures ; and to the last remainder annex the figures cut off from the dividend. PKOOF. Multiply the quotient by the divisor, and to the product add the remainder, if any ; the sum should be the dividend. Or cast the nines out of the divisor, dividend, quotient,... | |
 | Z. Jones - 1845 - 58 sider
...Divide 576 by 4. Ans. 144. 2. Divide 4284 by 6. Ans. 714. To verify a process in division, multiply the quotient by the divisor, and to the product add the remainder, (if there be any,) and if the result agree with the dividend the work is right. 3. Divide 8961 by 124.... | |
 | William Watson (of Beverley.) - 1845 - 188 sider
...under it ; and for every nnit oner, carry ten to the next figure of the dividend. PROOF. — Multiply the quotient by the divisor, and to the product add the remainder, if any ; the product will be equal to the dividend if the work is right. EXAMPLES. (1) Divisor 3)743625798... | |
 | James H. Porter - 1845 - 254 sider
...every figure so brought down, till the number be sufficient to contain the divisor. Proof. Multiply the quotient by the divisor, and to the product add the remainder, and the sum will be equal to the dividend, if the work is right. When there are ciphers annexed to... | |
 | Daniel Adams - 1848 - 322 sider
...equal to the dividend. ' NOTE 1. — To prove division, if there be a remainder. Multiply the integers of the quotient by the divisor, and to the product add the remainder. If the work be right, their sum will be equal to the dividend. Example. — Divide 1145 by 7. OPERATION.... | |
 | Daniel Adams - 1848 - 354 sider
...equal to the dividend. NOTE 1. — To prove division, if there be a remainder. Multiply the integers of the quotient by the divisor, and to the product add the remainder. If the work be right, their eum will be equal to the dividend. Example. — Divide 1145 by 7. OPERATION.... | |
 | Daniel Adams - 1848 - 330 sider
...equal to the dividend. NOTE 1 . — To prove division, if there be a remainder. Multiply the integers of the quotient by the divisor, and to the product add the remainder. If the work be right, their sum will be equal to the dividend. Example. — Divide 1145 by 7. OPERATION.... | |
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Multiply the integer of the quotient by the divisor, and to the product add the remainder, if any ; and the result will equal the dividend, if the work is right. 
