Libros Libros
We have seen that multiplying by a whole number, is taking the multiplicand as many times as there are units in the multiplier.
An Introduction to Algebra: Being the First Part of a Course of Mathematics ... - Página 40
por Jeremiah Day - 1814 - 303 páginas
Vista completa - Acerca de este libro

## A New Introduction to the Science of Algebra...

Silas Totten - 1836 - 304 páginas
...quantities in the following manner, (a -\-b-\-f) (c + d). Now, in multiplication, we propose to repeat the multiplicand as many times as there are units in the multiplier ; and hence, in this example, we are to repeat a -\-b-\-f as many times as there are units in c + rf....
Vista completa - Acerca de este libro

A. Turnbull - 1836 - 335 páginas
...numerator, or divide its denominator, by that number, for, as to multiply one number by another, it to take the multiplicand as many times as there are units in the multiplier, if the multiplicand be a fractional quantity, we must repeat that fractional quantity as many times...
Vista completa - Acerca de este libro

## A Practical and Theoretical System of Arithmetic: Containing Several New ...

George Willson - 1836 - 192 páginas
...Product That Multiplication is a short way of performing several additions, may be shown by setting down the multiplicand as many times as there are units in the multiplier, and adding up the numbers. Thus, in the first example : 425 425 425 It will be seen that the sum of...
Vista completa - Acerca de este libro

## Mental and Practical Arithmetic

Charles Davies - 1838 - 288 páginas
...are 144 OPERATION. 5 We see from the above examples, that any product may be found by setting down the multiplicand as many times as there are units in the multiplier, and adding all the numbers together. MULTIPLICATION is therefore a short method of addition, Q. How...
Vista completa - Acerca de este libro

## Elements of Algebra

1838 - 358 páginas
...b)—a-\-b. MULTIPLICATION. 40. Algebraic multiplication has the same object as arithmetical, viz., to repeat the multiplicand as many times as there are units in the multiplier. It is generally proved, in arithmetical treatises, that the product of two or more numbers is the same,...
Vista completa - Acerca de este libro

## Ruger's Arithmetick, with Questions and Answers: A New System of Arithmetick ...

William Ruger - 1841 - 263 páginas
...the right to the left. SUPPLEMENT TO MULTIPLICATION. Multiplying by a mixed number, as 6j, 5-J, &c. is taking the multiplicand as many times as there are units in the multiplier; and likewise taking a part of the multiplicand, as many times as there are lik« portions of a unit...
Vista completa - Acerca de este libro

## Call's Decimal Arithmetic: On a New and Improved Plan Throughout, Comprising ...

Osman Call - 1842 - 192 páginas
...multiplier, and the quotient will be the multiplicand. To prove multiplication by addition, set down the multiplicand as many times as there are units in the multiplier, and add their several numbers, and their amount will agree with the required product. If the multiplier...
Vista completa - Acerca de este libro

## Elements of Algebra

Charles Davies - 1842 - 358 páginas
...a—(—b)=a+b. MULTIPLICATION. 40. Algebraic multiplication has the same object as arithmetical, viz., to repeat the multiplicand as many times as there are units in the multiplier. It is generally proved, in arithmetical treatises, that the product of two or more numbers is the same,...
Vista completa - Acerca de este libro

## Arithmetic, Designed for Academies and Schools

Charles Davies - 1843 - 12 páginas
...132 12 times 12 are 144 We see from the above examples, that any product may be found by setting down the multiplicand as many times as there are units in the multiplier, and adding all the numbers together. MULTIPLICATION is therefore a short method of addition. Q. How...
Vista completa - Acerca de este libro

## Elements of Algebra: Being an Abridgment of Day's Algebra, Adapted to the ...

James Bates Thomson - 1844 - 252 páginas
...factors, in multiplication, is always to be considered as a number. The operation consists in repealing the multiplicand as many times as there are units in the multiplier. How then can a line, a surface, or a solid, become a multiplier 1 To explain this it will be necessary...
Vista completa - Acerca de este libro