question: an online furniture store sells chairs for $200 each and tables for $500 each. the store must sell…

question: an online furniture store sells chairs for $200 each and tables for $500 each. the store must sell a minimum of $12000 worth of chairs and tables each day. write an inequality that could represent the possible values for the number of tables sold, t, and the number of chairs sold, c, that would satisfy the constraint.

question: an online furniture store sells chairs for $200 each and tables for $500 each. the store must sell a minimum of $12000 worth of chairs and tables each day. write an inequality that could represent the possible values for the number of tables sold, t, and the number of chairs sold, c, that would satisfy the constraint.

Answer

Explanation:

Step1: Determine total revenue expression

The revenue from selling tables is $500t$ (since each table is $500$ and $t$ is the number of tables sold), and the revenue from selling chairs is $200c$ (since each chair is $200$ and $c$ is the number of chairs sold).

Step2: Set up the inequality

The store must sell a minimum of $12000$ worth of chairs and tables. So the total revenue from tables and chairs must be at least $12000$. The inequality is $500t + 200c\geq12000$.

Answer:

$500t + 200c\geq12000$