A landscaper wants to install a border around a small rectangular lap pool. The pool measures 12 feet 8 inches long by 8 feet 6 inches wide. He wants the border to be 1 foot wide, as shown in the diagram below: In order to make the border, the landscaper decides to crush recycled tile and then lay the pieces down in a mosaic. If each tile will cover 4 2/3 square feet, how many tiles will the landscaper need to complete the border? Keep in mind that the landscaper can ONLY purchase whole tiles (i.e., he cannot buy a fraction of a tile).
A landscaper wants to install a border around a small rectangular lap pool. The pool measures 12 feet 8 inches long by 8 feet 6 inches wide. He wants the border to be 1 foot wide, as shown in the diagram below: In order to make the border, the landscaper decides to crush recycled tile and then lay the pieces down in a mosaic. If each tile will cover 4 2/3 square feet, how many tiles will the landscaper need to complete the border? Keep in mind that the landscaper can ONLY purchase whole tiles (i.e., he cannot buy a fraction of a tile).
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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A landscaper wants to install a border around a small rectangular lap pool. The pool measures 12 feet 8 inches long by 8 feet 6 inches wide. He wants the border to be 1 foot wide, as shown in the diagram below:
In order to make the border, the landscaper decides to crush recycled tile and then lay the pieces down in a mosaic. If each tile will cover 4 2/3 square feet, how many tiles will the landscaper need to complete the border? Keep in mind that the landscaper can ONLY purchase whole tiles (i.e., he cannot buy a fraction of a tile).
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