It looks to me as if that's true. I reasoned thusly, and scratched it out
on the margin of my coffee-stained notepad:
You gave me integers separated by 2, so the integers are [x] and [x+2].
-- Their squares are [x2] and (x+2)2
-- That's [x2] and [x2 + 4x + 4].
-- The sum of their squares is [x2 + x2 + 4x + 4]
= [ 2x2 + 4x + 4 ]
-- Since [x] is an integer, each term in that trinomial is an integer.
-- The coefficients are '2' and '4', so each term is an even number.
-- So their sum is even.
-- Q.E.D.
No.A positive integer is always larger than a negative integer. In the case of two negative integers, the integer with the larger absolute value is actually smaller.
If for the two integers a + b = c, a is larger than zero and b is larger than the absolute value of the first number, then c is always positive. If a is smaller than zero, and b is larger than the absolute value of the second number, then c is positive. If a is smaller than zero, and b is smaller than the absolute value of the second number, then c is negative.
Two. +15 and -15 are the only integers with an absolute value of 15.
At least one of the integers is negative.
Integers are the "counting numbers" and their negative counterparts, and zero. Opposite integers are the pairs of integers that have the same absolute value, or, in other words, are the same distance from zero. 10 and -10 are opposite integers. 43 and -43 are opposite integers. It's just that simple.
No, it is never so.
No.A positive integer is always larger than a negative integer. In the case of two negative integers, the integer with the larger absolute value is actually smaller.
The statement is false.
The absolute value is always non-negative. So, the absolute values of zero and positive integers are the same as the numbers. However, the absolute values of negative integers are their additive inverses or additive opposites (or positive equivalents).Thus, for example, abs(-3) = +3
It may also be zero. This is because of the way the absolute value is defined. The idea is, precisely, to get rid of the minus sign.
If for the two integers a + b = c, a is larger than zero and b is larger than the absolute value of the first number, then c is always positive. If a is smaller than zero, and b is larger than the absolute value of the second number, then c is positive. If a is smaller than zero, and b is smaller than the absolute value of the second number, then c is negative.
The integer value is 5.
Two. +15 and -15 are the only integers with an absolute value of 15.
A value separated from the rest of the data is called an outlier
When adding two integers, the answer will be positive if both integers are positive, or if one is negative but its absolute value is smaller than the absolute value of the positive integer.
At least one of the integers is negative.
25 was exactly 25 in 1910. The value of integers has not changed since they were first conceived.25 was exactly 25 in 1910. The value of integers has not changed since they were first conceived.25 was exactly 25 in 1910. The value of integers has not changed since they were first conceived.25 was exactly 25 in 1910. The value of integers has not changed since they were first conceived.