They are the negative integers.
No, the sum of two integers is not equal to the difference of the same two integers, except in specific cases. For two integers ( a ) and ( b ), the sum is ( a + b ) and the difference is ( a - b ). These two expressions can only be equal if one of the integers is zero or if they are equal (i.e., ( a = b )). In general, the sum will be greater than or less than the difference, depending on the values of ( a ) and ( b ).
For integers less than 18, 3 and 6.
The same way you can tell with integers.
That happens when only one of the two integers is negative.
1,2,3,4,5,6,7,8,9,10 and 11 Integers are the whole numbers such as one, two, thirteen, a million, etc. I listed the ones which are positive - grater than zero - and smaller than or equal to eleven
The set of negative integers.
is the set of integers greater than or equal to −7 and less than or equal to −1
The integers less than or equal to 2 are: {2, 1, 0, -1, -2, -3, ...}
All integer less than or equal to 3 would actually be infinite. It would start at 3 and would keep decreasing in value. 3, 2, 1, 0, -1, -2, and so on forever.
There are 80 such integers.
No, the sum of two integers is not equal to the difference of the same two integers, except in specific cases. For two integers ( a ) and ( b ), the sum is ( a + b ) and the difference is ( a - b ). These two expressions can only be equal if one of the integers is zero or if they are equal (i.e., ( a = b )). In general, the sum will be greater than or less than the difference, depending on the values of ( a ) and ( b ).
For integers less than 18, 3 and 6.
The same way you can tell with integers.
That happens when only one of the two integers is negative.
10, 8, 6, 4, 2, 0 and all the negative even integers.
All positive integers less than or equal to 39 are whole numbers less than 40.
There are 20.