MGT 302 Week 3 Quiz
Question 1
pts
Product scheduling and worker assignments are examples of forecasted
activities in decision-making.
operational
tactical
strategic
functional
Incorrect
Question 2
pts
The use of dams in rivers to control water flow is a simple example of .
water control
input–output control
process control
capacity control
Question 3
pts
If the order quantity in each order is large, then fewer orders will be placed,
which will result in lower annual ordering costs.
True
False
Question 4
pts
, The forecast time horizon for tactical decision-making is .
short term
medium term
long term
very long term
Question 5
pts
is a technique used to optimize an objective (such as maximizing
profits or
minimizing costs) under certain constraints, such as availability of
resources.
Integer programming
Assignment method
Linear programming
Workflow optimization
Question 6
pts
On an annual basis, total setup costs .
decrease as the quantity produced per production run increases
increase as the quantity produced per production run increases
increase as the number of production runs decreases
increase as the number of setups required decreases
Question 7
pts
Question 1
pts
Product scheduling and worker assignments are examples of forecasted
activities in decision-making.
operational
tactical
strategic
functional
Incorrect
Question 2
pts
The use of dams in rivers to control water flow is a simple example of .
water control
input–output control
process control
capacity control
Question 3
pts
If the order quantity in each order is large, then fewer orders will be placed,
which will result in lower annual ordering costs.
True
False
Question 4
pts
, The forecast time horizon for tactical decision-making is .
short term
medium term
long term
very long term
Question 5
pts
is a technique used to optimize an objective (such as maximizing
profits or
minimizing costs) under certain constraints, such as availability of
resources.
Integer programming
Assignment method
Linear programming
Workflow optimization
Question 6
pts
On an annual basis, total setup costs .
decrease as the quantity produced per production run increases
increase as the quantity produced per production run increases
increase as the number of production runs decreases
increase as the number of setups required decreases
Question 7
pts
