Study for the Praxis Elementary Education Mathmatics test (5003). Engage with flashcards and multiple-choice questions. Each question provides hints and detailed explanations to prepare you to excel on exam day!

Multiple Choice

If the perimeter of each hexagon is 18 and there are seven hexagons, what is the total perimeter of the figure created?

To determine the total perimeter of the figure created by seven hexagons, it's essential to recognize how perimeter works in relation to individual shapes. Each hexagon has a perimeter of 18. Thus, to find the total perimeter for all seven hexagons, you would multiply the perimeter of one hexagon by the number of hexagons. Calculating this involves straightforward multiplication: 18 (perimeter of one hexagon) × 7 (the number of hexagons) = 126. Therefore, the total perimeter for the figure created by all seven hexagons is correctly identified as 126. This computation underscores the importance of understanding how the properties of individual shapes contribute to the characteristics of composite figures.

To determine the total perimeter of the figure created by seven hexagons, it's essential to recognize how perimeter works in relation to individual shapes. Each hexagon has a perimeter of 18. Thus, to find the total perimeter for all seven hexagons, you would multiply the perimeter of one hexagon by the number of hexagons.

Calculating this involves straightforward multiplication:

18 (perimeter of one hexagon) × 7 (the number of hexagons) = 126.

Therefore, the total perimeter for the figure created by all seven hexagons is correctly identified as 126. This computation underscores the importance of understanding how the properties of individual shapes contribute to the characteristics of composite figures.