April $17,2024$ at $10$:$41$ PM

The Jenck mining Company owns three mines and has three different types of ores that is mined.

For each ore, the number of tons per day available from each mine and the number of tons per week requires to fill orders ore given in the following toble. $($Use $x$ for Mine $1,$ y for Mine $2,$ and $z$ for Mine $3.)$

$\backslash$table$[[,,$Mine $1,$Mine $2,$Mine $3,$Required tons$/$week$],[,$Iron,$15,25,15,689],[$ORE TYPE,Lead,$0,10,10,280],[,$Nickel,$25,0,15,490],[$Daily Costs,,$$5,300,$$$6,700,$$$7,200,]]$

Minimize $C=$ subject to

$689$

$280$

$490$April $17,2024$ at $10$:$41$ PM

The Jenck mining Company owns three mines and has three different types of ores that is mined.

For each ore, the number of tons per day available from each mine and the number of tons per week requires to fill orders ore given in the following toble. $($Use $x$ for Mine $1,$ y for Mine $2,$ and $z$ for Mine $3.)$

$\backslash$table$[[,,$Mine $1,$Mine $2,$Mine $3,$Required tons$/$week$],[,$Iron,$15,25,15,689],[$ORE TYPE,Lead,$0,10,10,280],[,$Nickel,$25,0,15,490],[$Daily Costs,,$$5,300,$$$6,700,$$$7,200,]]$

Minimize $C=$ subject to

$689$

$280$

$490$