The assertion in the question is false. The result of a multiplication depends on the values.
Given two numbers X and Y,
if X < 0 and if Y < 0 then X*Y is greater than either;
if X > 1 and if Y > 1 then X*Y is greater than either;
if X < 0 and if Y > 1 then X*Y is smaller than either;
if X > 1 and if Y < 0 then X*Y is smaller than either;
if 0 < X < 1 and if 0 < Y < 1 then X*Y is smaller than either;
If X < 0 and if 0 < Y < 1 then X*Y is greater than X but smaller than Y;
If 0 < X < 1 and if Y > 1 then X*Y is greater than X but smaller than Y;
If 0 < X < 1 and if Y < 0 then X*Y is smaller than X but greater than Y;
If X > 1 and if 0 < Y < 1 then X*Y is smaller than X but greater than Y.
No. A number multiplied by a fraction yields a smaller number
you must take the sign of the bigger number
Very easy! It is simple multiplication. 4x3=12 That's your answer! 12
She doest say her real number to the world
Rules of operators additon and multiplication (+) + (+) = + (+) + (-) OR (-)+(+)= sign of bigger number (-) + (-) = -(operation is addition but sign is -) (+) * (+) = + (-) * (-) = + (+) * (-) OR (-)*(+)= -
A positive integer with only two factors: one and the number itself.
A person can get to 214 in multiplication by multiplying 2 by 107. Multiplication is the process by which one number is scaled by another to produce a greater number.
I think you're mixed up with the multiplication rules. But I know a much easier trick for multiplication rule. You count the number of negatives there are in the operation. If the number of negatives is an even number than the answer is positive. If there is an odd amount then the answer is negative. his only works for multiplication and division. You won't know if the answer os a positive plus a negative is until you determine the numbers. For example: 4+(-2)=2 but 2+(-4)=-2 If the positive number is bigger than the negative number (not counting the negative sign) than yes, the answer is positive. If the negative is bigger than your answer is negative. That'll be...1 trust point now.
The, "Identity Property Of Multiplication," is a number multiplied by one, produces the original number. Example: 51x1=51 : Identity Property Of Multiplication
product
Doest is an archaic form of the verb do.
The identity property of multiplication is sometimes called the one property of multiplication because it involves the number one. Any number times one equals the original number.