WHOLE numbers, both positive and negative.
(no decimals, fractions, imaginary numbers).
2006-10-09 10:16:41
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answer #1
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answered by prkswllflwr 3
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Positive and Negative Integers
Positive integers are all the whole numbers greater than zero: 1, 2, 3, 4, 5, ... . Negative integers are all the opposites of these whole numbers: -1, -2, -3, -4, -5, … . We do not consider zero to be a positive or negative number. For each positive integer, there is a negative integer, and these integers are called opposites. For example, -3 is the opposite of 3, -21 is the opposite of 21, and 8 is the opposite of -8. If an integer is greater than zero, we say that its sign is positive. If an integer is less than zero, we say that its sign is negative.
Example:
Integers are useful in comparing a direction associated with certain events. Suppose I take five steps forwards: this could be viewed as a positive 5. If instead, I take 8 steps backwards, we might consider this a -8. Temperature is another way negative numbers are used. On a cold day, the temperature might be 10 degrees below zero Celsius, or -10°C.
2006-10-09 10:11:24
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answer #2
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answered by free_city_stl@sbcglobal.net 2
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They are the term used for whole numbers. i.e. 1, 2, 3, 76, 1004, etc. An integer can either be positive or negative. i.e. -12, -3, 4, 16 are all integers.
Numbers that are not integers are fractions, decimal numbers and complex numbers.
2006-10-09 10:14:04
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answer #3
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answered by farah d 1
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Integers are whole numbers, which are positive, like 23, 7349, 11, etc, and their opposites, which are negative (the opposites of the above set would be -23, -7349, -11, etc.) When saying whole number, I mean no fractions, decimals, imaginary numbers, and definitely not pi.
2006-10-09 12:47:54
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answer #4
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answered by *luz* 2
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Integers are all whole numbers, positive and negative, no decimals or fractions
2006-10-09 11:23:40
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answer #5
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answered by upcoming_author 2
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integers are all positive and negative whole numbers.
2006-10-09 10:15:50
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answer #6
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answered by Anonymous
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Numbers that can be used to count finite things. Like 4 pencils.
2006-10-09 10:10:06
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answer #7
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answered by treseuropean 6
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Imagine two set of objects satisfying Peano Axioms[1].
one set is [x1,x2,x3,.....] the other set is [y1,y2,y3,y4....]
The integers would be a set [...y4,y3,y2,y1,x1,x2,x3,x4...].
2006-10-09 13:50:20
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answer #8
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answered by hq3 6
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whole numbers
2006-10-09 10:17:22
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answer #9
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answered by tony flo 1
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