Well, honey, positive integers are greater than zero, negative integers are less than zero, and together they make up the wacky world of integers. It's like a dysfunctional family - they may not always get along, but they sure know how to add and subtract like nobody's business. So, in conclusion, positive and negative integers are like two sides of the same coin - they may not always see eye to eye, but they sure know how to keep math interesting.
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One conclusion about positive and negative integers is that they form a number system known as the integers. Positive integers are numbers greater than zero, while negative integers are numbers less than zero. When positive and negative integers are combined, they create a number line that extends infinitely in both directions, allowing for operations such as addition, subtraction, multiplication, and division to be performed.
Integers are #'s that are either positive or negative. For example, A positive # would be 3 or 1. A negative # would be -1 or -3. You can use chip models to help you when you subtract integers. lets pretend that a 3 is a red chip which is negative. And positive is 4 which is a positive. We are going to subtract -5 - (-13)= the parentithies are to make sure you don't get the signs mixed up. Here is the model. 33333 44444444444444 We would see how many 3's there are, negative chips which would be red. there are 5 so we take away 5 of the 4rs, positive chips which would be positive. Now this is what we get for the model. 44444444 That is the answer.
It's makes positive because positive is stronger than negative. Negative and negative is positive.
Yes two negatives do make a positive if you multiply.
You can do it if you replace the base by its reciprocal.
Adding two negative numbers will always be negative. Subtracting two negative numbers may be positive or negative. Dividing or multiplying two negative numbers will always be positive.No