Answer:
c. automatic fiscal policy
Explanation:
Automatic fiscal policy are policies triggered automatically due to the state of the economy which causes either government spending or taxes to increase or decrease.
For example, if the economy is undergoing a downturn and real GDP falls, the amount paid as taxes would fall.
If the economy is booming and the real GDP rises, the amount paid as taxes would rise.
These are examples of automatic fiscal policies.
Discretionary fiscal policy is when the government purposely increases or reduces either its spending or taxes in response to the economic conditions.
I hope my answer helps you.
Option C
Direct labor hours ; Indirect labor is not an example of a cost and its related cost driver
<u>Explanation:</u>
A cost driver triggers a variation in the price of the activity. The idea is everywhere ordinarily employed to allocate aloft prices to the abundance of built assemblies. It can further be related to activity-based costing inquiry to ascertain the circumstances of expenses, which can be done to depreciate overhead prices.
In unusual accounting systems, cost drivers are practically inapplicable in determining the enrichment, Quantity of set-ups, Amount of machine-hours, Amount of labor hours, Abundance of orders bound and uttered.
Answer:
C) Use of a predictive modeling system that predicts life expectancy by using data about individual consumers' buying habits as well as personal and family medical histories.
Explanation:
Big data are a set of data that when analysed and studied show trends and patterns of individuals and firms.
Answer:
The theoretical utilization of the ICU is:
= 0.25 or 25%
Explanation:
Inter-arrival time or flow rate of patients that arrive for service at the ICU = 4 hours
Mean length of stay = 6 hours
ICU's capacity to serve customers in 6 hours = 4*6 = 24 bed-hours
Total demand = 6 hours
Therefore, the theoretical utilization = flow rate of patients that arrive for service at the ICU in a given unit of time divided by ICU's capacity to serve customers in that same unit of time
= 6 hours/24 bed-hours
= 0.25
Answer:
Amount withdraw each year = $ 186,991.24
Explanation:
Amount accumulate at the time of retirement = FV of Current Investment in Bond + FV of Current Investment in Stock + FV of annuity deposited in bond
Amount accumulate at the time of retirement = 162000 x (1+7.5%)^10 + 602000 x (1+11%)^10 + 7800 x ((1+7.5%)^10 -1) / 7.5%
Amount accumulate at the time of retirement = $ 2,153,565.83
Amount withdraw each year = Amount accumulate at the time of retirement/Annuity factor
Amount withdraw each year = 2153565.83 / ((1-(1+6.75%)^-23) / 6.75%)
Amount withdraw each year = $ 186,991.24
