On the number line, an integer on the right of a given integer is always larger than the integer

On the number line, the integer 5 is located

The sum of any two negative integers is always greater than both the integers.

The sum of any two negative integers is always smaller than both the integers.

Every positive integer is larger than every negative integer.

Zero is larger than every negative integer.

Which of the following statements are true? (i) The smallest integer is zero (ii) The opposite of zero is zero (iii) Zero is not an integer (iv) 0 is larger than every negative integer. (v) The absolute value of an integer is greater than the integer. (vi)A positive integer is greater than its opposite (vii)Every negative integer is less than every natural number. (viii)0 is the smallest positive integer.

Write two integers whose sum is less than both the integers.

The sum of any two positive integers is greater than both the integers.

The sum of an integer and its additive inverse is always zero.

For each of the following statements, write (T) for true and (F) for false: iThe smallest integer is zero. ii-10 is greater than-7. iii Zero is larger than every negative integer. iv The sum of two negative integers is a negative integer. v The sum of a negative integer and a positive integer is always a positive integer.