a$.$ A loan processing operation that processes an average of $7$ loans per day. The operation has a design capacity of $14$ loans per day and an effective capacity of $11$ loa per day. $($Round your answer to $1$ decimal place. Omit the $"\%"$ sign in your response

Utilization

Efficiency

b$.$ A furnace repair team that services an average of $2$ furnaces a day if the design capacity is $10$ furnaces a day and the effective capacity is $7$ furnaces a day. $($Round yc answer to $1$ decimal place. Omit the $"\%"$ sign in your response.$)$

Utilization

Efficiency

c$.$ Would you say that systems that have higher efficiency ratios than other systems $W$ always have higher utilization ratios than those other systems?

This is not necessarily $(1.$ If the design capacity is relatively

$($Click to select$)$

hat$(v),$ the utilization could be $)$ even though the efficiency was $($Click to select$)$ hat$(v).$