Sometimes.
Also, when depends on what you mean by "opposite": the additive inverse or the multiplicative inverse.
It's never. A factor divides into a number without remainder, so the biggest it can be is the number itself.
-- When the number itself is bigger than ' 1 ' . . . yes. Always.-- When the number itself is less than ' 1 ' . . . . no. Never.-- When the number itself is ' 1 ', its square is also ' 1 ', so they're equal.
The opposite would obviously be "behind" -- the opposite of a negative would be the action or adjective itself.
11, you can write the question in the form of x=-2x+33, then add 2x to both sides to get 3x=33, now divide both sides by 3 and you get x=11.
The additive opposite is, but not the multiplicative opposite.The additive opposite is, but not the multiplicative opposite.The additive opposite is, but not the multiplicative opposite.The additive opposite is, but not the multiplicative opposite.
The opposite of zero is zero itself. This is because zero is a unique number that represents the absence of value, and when you consider its opposite, it remains unchanged. Therefore, the statement holds true: the opposite of zero is always zero.
If it's a whole-number "multiple" and the number itself is positive,then the multiple is always greater than the number itself.
It's never. A factor divides into a number without remainder, so the biggest it can be is the number itself.
No, it is a factor. Multiples are always greater than the number itself, factors are smaller.
The additive opposite of the additive opposite is the number itself. The multiplicative opposite of the multiplicative opposite is the number itself, unless the number was 0, in which case the first opposite is not defined.
Not with negative numbers. -10 is a multiple of -2.
None. No number can be greater than itself.
A composite number is a number that has more divisors than 1 and itself.
-- When the number itself is bigger than ' 1 ' . . . yes. Always.-- When the number itself is less than ' 1 ' . . . . no. Never.-- When the number itself is ' 1 ', its square is also ' 1 ', so they're equal.
The opposite of up is down. So, opposite of the opposite of up is up itself.
Well, friend, it seems like there might be a small misunderstanding here. The quotient of two integers with different signs actually takes the sign of the number with the greater absolute value, not the opposite sign. It's all about finding balance and harmony in mathematics, just like creating a beautiful painting.
The absolute value of a number is always positive or zero, while its opposite is always negative or zero. The relationship between the absolute value of a number and its opposite is that they have the same numerical value but opposite signs. For example, the absolute value of -5 is 5, and the opposite of 5 is -5.