An interval separates the distance between two numbers into equal parts. For example, the number 4 is an interval for the number 3 and the number 5.
A positive number and its opposite.For example:-5 0 +5Negative five and positive five are both an equal distance from zero on a number line.This holds true for any number, the negative and positive of any number are equal distances from zero.-1 and 1
In any sum a + b = c, the numbers represented by a and b are called addends or summands. Occasionally, the number represented by a is called an augend.
Could it be called Discrete Probability Function?
Some might say they are opposites, or negatives. Another term is additive inverse.
That is called Absolute Value
opposites
Absolute value
For two numbers to be equidistant from zero, one must be the negative of the other. As one is the negative of the other, it is the additive inverse of that number. The sum of an number and its additive inverse is zero.
An interval separates the distance between two numbers into equal parts. For example, the number 4 is an interval for the number 3 and the number 5.
Numbers the same distance from zero (linearly) have the same "absolute value" whether positive or negative.
A positive number and its opposite.For example:-5 0 +5Negative five and positive five are both an equal distance from zero on a number line.This holds true for any number, the negative and positive of any number are equal distances from zero.-1 and 1
It's called an expression!! An expression has no meaning because it has no equal sign. ex: a*b
The big numbers on the periodic table are called atomic numbers. They represent the number of protons in the nucleus of an atom, which determines the element's identity.
What! Even numbers never equal an odd number. Not ever!
In any sum a + b = c, the numbers represented by a and b are called addends or summands. Occasionally, the number represented by a is called an augend.
When we multiply two numbers, the answer we get is called 'product'. The number of objects in each group is called 'multiplicand,' and the number of such equal groups is called 'multiplier'.