Answer:
100
Explanation:
Goal programming is an optimization technique that allows for multiple, normally conflicting objectives and then attempts to solve each goal sequentially to a satisfactory level. In goal programming, differential variables are being used.
Since the goal programming problem had two goals. Goal number 1 was to achieve a profit of $2,400 and goal number 2 was to have no idle time for workers in the factory. The optimal solution to this problem resulted in a profit of $2,300 and no idle time
This means that goal number 2 was achieved since the optimal solution resulted in no idle time. But goal number 1 was not achieved because a profit of $2300 was achieved in the solution instead of $2400.
Therefore, the value for the objective function for this goal programming problem = 2400 - 2300 = 100
Answer:
$6.25 per yard
Explanation:
The computation of the standard price per yard of material for its safety suits is shown below:
Material quantity variance = Standard Price × (Actual quantity - Standard quantity)
-$5,000 = Standard price × (10,000 - 10,800)
Standard price = -$5,000 ÷ (-800)
= $6.25 per yard
Hence, the standard price per yard of material for its safety suits is $6.25 per yard
Answer:
$1,720
Explanation:
Total annual premium for both Karen and Mike = $400 + $600 = $1,000
If they insured both cars with the same company, they would save 15% on the annual premiums -> the annual saving = 15% * $1,000 = $150
We use formula FV to calculate the future value of annual payment:
= FV(rate, number of payment, - payment) = FV(3%,10,-150) = $1,720
Answer:
exists when a production or consumption of a product results in a coast of third party
the answer to this is true
