Answer:
Arbitrary allocation.
Explanation:
Arbitrary allocation is a method where costs budgeted are not based on any precise measurement,hence accurate costs could not be arrived at.
This approach to budgeting breeds inefficiencies as the accurate budgeting is expected to lead to accurate costing of products as well as pricing.
All in all,the true profitability of a business cannot be ascertained.
Finally,the organization adopting this type of approach needs to change to other accurate methods of budgeting such incremental or rolling budgeting.
Answer: 61,390 liters
Explanation:
If materials were added at the beginning, they will be 100% accounted for at the end of the process.
Equivalent Units = Units started and completed + Ending inventory
= Units completed - Beginning WIP + Ending inventory
= 59,110 - 2,900 + 5,180
= 61,390 liters
Depends are we talking capitalism, or socialism.
In capitalism there is no government intervention in the Economy, no laws, nothing.
In socialism, the government controls all of the economy, Tarriffs, Hours, etc.
So the government is supposed to play the middleman to help the people, but also the businesses, as such the united states had introduced less work hours, to help increase the productivity of the workers, which did indeed work.
Answer:
Derived demand
Explanation:
Derived demand occurs when a good is requested not for benefits they directly provide, but for their contribution to another product.
For example capital, land, labour, and raw materials are demanded for their role in producing a final product.
So they can be seen as goods that have derived demand.
When they demand for the final product increases the good that has derived demand also increases, and vice versa.
Answer:
The delivery cycle time was 26.9
Explanation:
The delivery cycle time is computed as:
Delivery cycle time = Wait time + Throughput time
where
Wait time is 13.6
The formula for computing the throughput time is as:
Throughput time = Move time + Process time + Queue time + Inspection time
where
Move time is 3.3
Process time is 2.7
Queue time is 7.0
Inspection time is 0.3
Putting values above:
Throughput time = 3.3 + 2.7 + 7.0 + 0.3
Throughput time = 13.3
Now, putting both the values above:
Delivery cycle time = 13.6 + 13.3
Delivery cycle time = 26.9
