Opposite numbers are numbers such that their sum is equal to 0 So the opposite number of -98 is 98
Yes! When the number is negative, the absolute value of it'll be its opposite.
Call your number any variable, for example x. Then: "A number": x "The opposite of a number": -x "Is": the equal sign. "The opposite of a number is -9": -x = -9
Because that is how the opposite is defined!
The absolute value of a negative number is positive.
When the number is non-positive.
it can be in any shape with even number of sides.
The answer depends on whether the "opposite" means the multiplicative inverse or the additive inverse.
yes opposite angles are equal
The additive inverse states that a number added to its opposite will equal zero. A + (-A) = 0 The "opposite" number here is the "negative" of the number. For any number n, the additive inverse is (-1)n.
The opposite of less than or equal to is greater than or equal.And also:The opposite of greater than or equal to is less than or equal.
Because the opposite of 8 for example is -8 and 8+(-8) = 0
Any regular polygon with an even number of sides will have opposite angles of equal measure.
All regular polygons with an even number of angles. All the angles of polygons with an odd number of angles are also equal but there are no "opposite" angles.
are the opposite angle of parallelogram equal
A rectangle has 2 pairs of equal side and 4 corners
Opposite sides are parallel; opposite sides are equal; opposite angles are equal.
A negative number is the opposite of a positive number. If a positive number measures the money you have, then a negative number measures the money you owe. If you multiply two negative numbers together, you are getting the opposite of an opposite. One negative negates the other, leaving you with a positive.
It has one pair of opposite angles that are equal but not two.
There is an equal and opposite reaction for every action.
An equilateral shape would have equal and opposite sides.
Forces are not always equal and opposite. This question needs to be rewritten.
Yes, but there must be two pairs of opposite sides that are equal.Yes, but there must be two pairs of opposite sides that are equal.Yes, but there must be two pairs of opposite sides that are equal.Yes, but there must be two pairs of opposite sides that are equal.