To multiply one decimal by another, multiply the figures as in whole numbers, and point off' as many decimal places in the .product as there are in the multiplier and the multiplicand together. Arithmetic - Seite 100von Charles Elsee - 1866 - 275 SeitenVollansicht - Über dieses Buch
| Edwin Crawford Hewett - 1899
...multiplier had been hundredths; then how many in each? Do you see, then, that there will always be just **as many decimal places in the product as there are in the** multiplicand and multiplier counted together? Remember this. Now multiply twelve tenths by three hundredths.... | |
| John Williston Cook, Nebraska C. Cropsey - 1899 - 308 Seiten
...decimally. The product of thousandths 18. Multiply .253 by .35. Multiply as in whole numbers, and point **off as many decimal places in the product •"" as there are in** both multiplicand and mul1265 tiplier. If there are not enough figures in 759 the product to fill the... | |
| Adelia Roberts Hornbrook - 1900 - 416 Seiten
...as 3 times 2 oranges equal 6 oranges. 328. When a decimal is multiplied by a whole number, there are **as many decimal places in the product as there are in the** multiplicand. Multiply 4.75 by 5. By 20. By 30. 329. Give rapidly the products obtained by multiplying... | |
| David Martin Sensenig, Robert F Anderson - 1903 - 256 Seiten
...From this illustration we see that to multiply decimals, we Multiply as in whole numbers, and point **off as many decimal places in the product as there are in the** multiplicand and multiplier together. 410. Multiply .075 by 45; .075 by .45; .000075 by 420. .075 .075... | |
| James S. Sweet - 1907 - 260 Seiten
...Multiplication of Decimals 189. To Multiply Decimals. Multiply as in whole numbers. From the right point **off as many decimal places in the product as there are in** both multiplier and multiplicand. Solve the following : 1. Multiply .75 by .5 6. Multiply 4| by 7.5... | |
| George Morris Philips, Robert Franklin Anderson - 1912
...multiplicand and multiplier together. 20. To multiply decimals, multiply as in whole numbers, and point **off as many decimal places in the product as there are in the** multiplicand and multiplier together. 21. Multiply .075 by 45; .075 by .45; .000075 by 420. .075 .075... | |
| George Wentworth, David Eugene Smith - 1915 - 563 Seiten
...rightrhand figure in the hundredths' place In multiplying a decimal fraction It/ an integer, there are **as many decimal places in the product as there are in the** multiplicand. This is evident from the above explanation. If we multiply tenths by a whole number the... | |
| George Wentworth, David Eugene Smith - 1915
...Q . . r figure in the hundredths' place. In multiplying a decimal fraction by an integer, there are **as many decimal places in the product as there are in the** multiplicand. This is evident from the above explanation. If we multiply tenths by a whole number the... | |
| George Wentworth, David Eugene Smith - 1915
...right>hand figure in the hundredths' place. In multiplying a decimal fraction by an integer, there are **as many decimal places in the product as there are in the** multiplicand. This is evident from the above explanation. If we multiply tenths by a whole number the... | |
| Charles Gerard White, Pitt Payson Colgrove - 1916 - 281 Seiten
...multiplicand and multiplier. 115. To multiply decimal fractions, multiply as in whole numbers and point **off as many decimal places in the product as there are in** both factors. 116. Multiply: 1. 4.06 X .8 6. 1.863 X 90. 2. 73.42 X .09 7. 50. X .005 3. 6.073 X .7... | |
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