a rectangular bird feeder costs $18.00. a cylindrical bird feeder costs $24.00. the expected cost to keep…

a rectangular bird feeder costs $18.00. a cylindrical bird feeder costs $24.00. the expected cost to keep the rectangular bird feeder filled is $3.00 per week. the expected cost the keep the cylindrical bird feeder filled is $2.00 per week. the equation below models the break - even point. 18 + 3x = 24 + 2x what does x represent? the total cost to fill the rectangular bird feeder after any number of weeks the total cost to fill the cylindrical bird feeder after any number of weeks the number of weeks the bird feeders are filled the number of bird feeders purchased each week

a rectangular bird feeder costs $18.00. a cylindrical bird feeder costs $24.00. the expected cost to keep the rectangular bird feeder filled is $3.00 per week. the expected cost the keep the cylindrical bird feeder filled is $2.00 per week. the equation below models the break - even point. 18 + 3x = 24 + 2x what does x represent? the total cost to fill the rectangular bird feeder after any number of weeks the total cost to fill the cylindrical bird feeder after any number of weeks the number of weeks the bird feeders are filled the number of bird feeders purchased each week

Answer

Brief Explanations:

The left - hand side of the equation $18 + 3x$ is the total cost of the rectangular bird feeder, where $18$ is the initial cost and $3x$ is the cost of filling it over time. The right - hand side $24+2x$ is the total cost of the cylindrical bird feeder, with $24$ as the initial cost and $2x$ as the cost of filling it over time. Since the cost per week of filling the rectangular feeder is $3$ and for the cylindrical one is $2$, $x$ must represent the number of weeks to make the total costs equal (break - even point).

Answer:

the number of weeks the bird feeders are filled