 | 1836 - 352 sider
...numerator, and the product of their denominators for its denominator ; that is, that A'B' C'D' contains ^r of G. Here then appears a connexion between the multiplication...fractions, they may be multiplied together by this very rule. Take, for example, the numbers 3 and 4, whose product is 12. The first may be written as... | |
 | 1836 - 530 sider
...whenever a question occurs in which, when whole numbers are given, those numbers are to be]multiplied together ; when fractional numbers are given, it will...fractions, they may be multiplied together by this ¡very rule. Take, for example, the numbers 3 and 4, whose product is 12. The first may be written... | |
 | Augustus De Morgan - 1898 - 316 sider
...for its numerator, and the product of their denominators for its denominator; that is, that A'H'C'D' contains ^ of G. Here then appears a connexion between...fractions, they may be multiplied together by this very rule. Take, for example, the numbers 3 and 4, whose product is 12. The first may be written as... | |
 | Augustus De Morgan - 1898 - 316 sider
...and the product of their denominators for its denominator; that is, that A ' B' 'C ' D' contains £T of G. Here then appears a connexion between the multiplication...fractions, they may be multiplied together by this very rule. Take, for example, the numbers 3 and 4, whose product is 12. The first may be written as... | |
 | Augustus De Morgan - 1898 - 306 sider
...for its numerator, and the product of their denominators for its denominator; that is, that A'B'C'D' contains \\ of G. Here then appears a connexion between...shall accordingly find that when whole numbers are formed-into fractions, they may be multiplied together by this very rule. Take, for example, the numbers... | |
 | School of Railway Signaling (Utica, N.Y.) - 1910 - 446 sider
...multiplication of fractions the word "of" means the same as X, or times. Thus tV of A 159. RULE. — Multiply the numerator by the numerator and the denominator by the denominator. 160. PROBLEMS.— (1) |XA. (2) AX A. (3) (4) HXl. (5) JXU- (6) |XA. (7) i|Xj. (8) MX A- (9) IXJ. (10)... | |
 | Ann Cook - 2004 - 568 sider
...addition and subtraction, because you don't have to find a common denominator. Multiplication: Simply multiply the numerator by the numerator and the denominator by the denominator. ^ 12 To reduce this answer, divide the numerator and the denominator by 6. ^ 12 + + 6 Division: The... | |
 | 2005 - 276 sider
...11 4 3 11 3X11 2 X 4 2X4 =*=«! So their friend thinks he can eat 4^ pizzas! In some cases when we multiply the numerator by the numerator and the denominator by the denominator, the numbers are very large. Let's look at an example to see what we can do when this happens. You are... | |
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A'H'C'D' contains ^ of G. Here then appears a connexion between the multiplication of whole numbers, and the formation of a fraction whose numerator is the product of two numerators, and its denominator the product of the corresponding denominators. These... 