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Similar Question 1

<p>Use an example to explain why each statement is true.
Use a number line to support your explanations.</p><p>a) The sum of two opposite integers is 0.</p><p>b) The sum of two positive integers is always positive.</p><p>c) The sum of two negative integers is always negative. </p><p>d) The sum of a negative integer and a positive integer is sometimes negative and sometimes positive.</p>

Similar Question 2

<p>Use an example to explain why each statement is true.
Use a number line to support your explanations.</p><p>a) The sum of two opposite integers is 0.</p><p>b) The sum of two positive integers is always positive.</p><p>c) The sum of two negative integers is always negative. </p><p>d) The sum of a negative integer and a positive integer is sometimes negative and sometimes positive.</p>

Similar Question 3

<p>Use an example to explain why each statement is true.
Use a number line to support your explanations.</p><p>a) The sum of two opposite integers is 0.</p><p>b) The sum of two positive integers is always positive.</p><p>c) The sum of two negative integers is always negative. </p><p>d) The sum of a negative integer and a positive integer is sometimes negative and sometimes positive.</p>

Similar Questions

Learning Path

L1
Quick Intro to Factoring Trinomial with Leading a

L2
Introduction to Factoring ax^2+bx+c

L3
Factoring ax^2+bx+c, ex1

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