 | James William Nicholson - Arithmetic - 1885 - 248 pages
...the minuend. PROOF. — Add the remainder and the subtrahend; their sum should be the minuend. 87. Instead of diminishing by 1 the units of the next higher order in the minuend, it is more convenient in practice to increase by 1 the units of the next higher order in the subtrahend.... | |
 | Andrew Jackson Rickoff - Arithmetic - 1886 - 688 pages
...term of the minuend must then be diminished by one. Proof. — Add the remainder to the subtrahend. If the sum is equal to the minuend the work is correct. .jl) •) Examples for Practice and Review. )W many years have passed since the discovery of America... | |
 | Andrew Jackson Rickoff - 1888 - 464 pages
...higher term of the minuend must then be diminished by one. Proof.—Add the remainder to the subtrahend. If the sum is equal to the minuend the work is correct. Examples for Practice and Review. 1. How many years have passed since the discovery of America in 1492... | |
 | George Soulé - Arithmetic - 1888 - 568 pages
...one from the other. 89. To Prove the operation of subtraction, add the remainder to the subtrahend: if the sum is equal to the minuend, the work is correct. • 90. Subtraction is the reverse of addition, and by it we find what number added to the lesser of... | |
 | George Albert Wentworth - Arithmetic - 1889 - 434 pages
...the next higher order of the minuend and subtract. Proof. Add together the remainder and subtrahend. If the sum is equal to the minuend, the work is correct. MULTIPLICATION OF INTEGRAL NUMBERS. Principle 1. The multiplier is an abstract number. Principle 2.... | |
 | Andrew Jackson Rickoff - Arithmetic - 1891 - 170 pages
...term of the minuend must then be diminished by one. PROOF. — Add the remainder to the subtrahend. If the sum is equal to the minuend, the work is correct. Multiplication and Division.— Sevens completed. !.••»•••• 1. How many dots in 1 line... | |
 | George Washington Hull - Arithmetic - 1894 - 204 pages
...tens leave 6 tens, which we write under the tens. PROOF. — Add the difference to the subtrahend ; if the sum is equal to the minuend, the work is correct. Thus, 63 + 35 = 98, the minuend ; hence the result is correct. Subtract — 20. 21. 68458 67438 21457... | |
 | George Albert Wentworth - Arithmetic - 1896 - 490 pages
...of the next higher order of the minuend and subtract. PROOF. Add the remainder and the subtrahend. If the sum is equal to the minuend, the work is correct. EXERCISE 12. — WRITTEN. Find the remainder and prove : 1. 945 — 896. 11. 407 — 348. 21. 682 —... | |
 | George Albert Wentworth - Arithmetic - 1897 - 396 pages
...of the next higher order of the minuend and subtract. PROOF. Add the remainder and the subtrahend. If the sum is equal to the minuend, the work is correct. EXERCISE 12. — WRITTEN. Find the remainder and prove : 1. 945 — 896. 11. 407 — 348. 21. 682 —... | |
 | Joseph Ray - Arithmetic - 1903 - 366 pages
...next lower figure, and subtract as before. SUBTRACTION Proof. — Add the remainder to the subtrahend. If the sum is equal to the minuend, the work is correct. 1. 2. Minuends, 7640 860012 Subtrahends, 1234 430021 Remainders, 6406 429991 Proof, 7640 860012 Subtract... | |
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PROOF. — Add the remainder to the subtrahend, and if the sum is equal to the minuend, the work is correct. 
