Question

name: integer addition find the sum of the integers in the circles. find the sum of the integers in the hexagons. find the sum of the integers in the squares. find the sum of the integers in the triangles. find the sum of the integers in the octagons. find the sum of the integers in the trapezoids. super teacher worksheets - www.superteacherworksheets.com

Explanation:

1. Sum of integers in the circles

The integers in the circles are \(-4\) and \(8\).

Step1: Identify the integers

Integers: \(-4\), \(8\)

Step2: Add the integers

\(-4 + 8 = 4\)

2. Sum of integers in the hexagons

The integers in the hexagons are \(-6\) and \(-6\).

Step1: Identify the integers

Integers: \(-6\), \(-6\)

Step2: Add the integers

\(-6 + (-6) = -12\)

3. Sum of integers in the squares

The integers in the squares are \(-12\) and \(-11\).

Step1: Identify the integers

Integers: \(-12\), \(-11\)

Step2: Add the integers

\(-12 + (-11) = -23\)

4. Sum of integers in the triangles

The integers in the triangles are \(-17\) and \(6\).

Step1: Identify the integers

Integers: \(-17\), \(6\)

Step2: Add the integers

\(-17 + 6 = -11\)

5. Sum of integers in the octagons

The integers in the octagons are \(-8\) and \(-12\).

Step1: Identify the integers

Integers: \(-8\), \(-12\)

Step2: Add the integers

\(-8 + (-12) = -20\)

6. Sum of integers in the trapezoid

The integers in the trapezoid are \(12\) and \(-7\).

Step1: Identify the integers

Integers: \(12\), \(-7\)

Step2: Add the integers

\(12 + (-7) = 5\)

Answer:

s:

• Sum of integers in the circles: \(4\)
• Sum of integers in the hexagons: \(-12\)
• Sum of integers in the squares: \(-23\)
• Sum of integers in the triangles: \(-11\)
• Sum of integers in the octagons: \(-20\)
• Sum of integers in the trapezoid: \(5\)