the difference of two negative integer is a positive integer
This statement is not always true.
For example, if you subtract -5 from -10, the result is -10 - (-5) = -10 + 5 = -5, which is still a negative integer.
In general, the difference of two negative integers can be either negative or positive depending on the specific numbers you are subtracting.
can you provide example answers to the question
Sure! Here are a few examples:
1. -10 - (-5) = -10 + 5 = -5 (negative result)
2. -5 - (-10) = -5 + 10 = 5 (positive result)
3. -3 - (-7) = -3 + 7 = 4 (positive result)
the quotient of a positive integer and a negative integer is a positive integer
its never true
can you give me an example
Of course! Here is an example:
Consider 6 divided by -3:
6 รท -3 = -2
In this case, a positive integer divided by a negative integer results in a negative integer, not a positive integer.
the sum of an integer and its opposite is 0
example equation pls
Sure! Here is an example equation:
Let's consider the integer 7.
The sum of 7 and its opposite (-7) is:
7 + (-7) = 0
Therefore, the sum of an integer and its opposite always results in 0.
the product of 3 negative integer is a negative integer
example equation
Sure! Here is an example equation:
Let's consider the product of -2, -3, and -4:
(-2) * (-3) * (-4) = 24
In this case, the product of 3 negative integers (-2, -3, -4) results in a negative integer (-24).