a-city-plans-to-construct-a-triangular-park-in-the-shape-of-an-equilateral-trian

Question

A city plans to construct a triangular park in the shape of an equilateral triangle with each side equal to $s$ meters. If landscaping costs $dollar sign 8 slash m$ for the sides and $dollar sign 15 slash m$ for a special flower bed along one side, write the total cost $T$ of landscaping as a function of $s$ .

Accepted Answer

$T of s equals 39 s$

Answer

$T of s equals 39 s$

Answer

$T of s equals 39 s$

Answer

$T of s equals 39 s$

A city plans to construct a triangular park in the shape of an equilateral triangle with each side equal to sss meters. If landscaping costs \(8/m\$8\text{/m} for the sides and \)15/m\$15\text{/m} for a special flower bed along one side, write the total cost TTT of landscaping as a function of sss.