Two suppliers manufactured footballs, baseballs, and basketballs in the quantities and costs given in the tables. Find matrices Q and C that represent the quantities and costs respectively. Quantities Baseballs Q= C= Supplier 1 Supplier 2 Unit Costs Footballs Baseballs Basketballs E 2 Find the product QC. -8 QC = 41 Interpret the result. cost to supplier 1 $ cost to supplier 2 $ Footballs 230 110 (in $) 7 3 5 CON - 300 250 Basketballs 140 200

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Mr. Adams wants to rent a beachfront condominium. Unit 1 costs $1,200 for the week plus a cleaning fee of $50 per day. Unit 2 costs $1,450 for the week with no cleaning fee. What is an appropriate model to use to determine at which number of days both units cost the same amount for the week? a table with two columns, one showing the cost of Unit 1 starting at $1,200 and increasing $50 every row, and the other showing the cost of Unit 2 starting at $1,450 and increasing $50 each row a graph with the number of days for the week on the x-axis and the cost on the y-axis, showing the cost of Unit 1 starting at $50 and increasing $1,200 each day, and the cost of Unit 2 starting at $0 and increasing $1,450 each day a graph w the number of days for the eek on the x-axis and the cost on he y-axis, showing cost 1 starting at $1,200 and increasing $50 each day, and the cost of Unit 2 at $1,450 each day without increasing a table with two columns, one showing the cost of Unit 1 starting at $50 and…

Given three matrices, find the sum