Answer:
Active monetary policy
d. is the strategic use of monetary policy to counteract macroeconomic expansions and contractions.
Explanation:
- The option a is not correct as when central banks purposefully choose to only stabilize money and prices levels through monetary policy, then this policy is called as passive monetary policy.
- The option b is not correct as it has effect on the economy but not in long run.
- The option c is not correct as when central banks take orders from the ruling party on how to conduct monetary policy then it is not an active monetary policy.
- The option e is not correct as when central bank use only fiscal policy to try to influence the economy can or can't be active monetary policy.
- The option d is correct as the active monetary policy is used to counter the changing economic conditions.
Answer:
in my best defence, the answer is 22
Explanation:
Answer:
Core components
Explanation:
In the product component model, the core component is the area concerned with what satisfies the needs and wants of customers.
If a company wishes to meet local differences in five foreign markets like un the question stated above, the core components contains what the customers in each of those five foreign markets are interested in.
The core components vary between markets. Market A, may like the color of the product in red and market B may like the color of the product in blue. So identifying these things and satisfying the needs of the customers would be done in the core component.
Answer:
e. Sunk cost.
Explanation:
As per the given statement, the best appropriate option is sunk cost. As the sunk cost deals with the past cost which is already incurred in the past and it cannot be changed or avoided, neither it can be recovered. Example - Rent expense.
Plus it does not affect the future decisions that means it is irrelevant for decision-making aspects.
Answer:
75%
Explanation:
Since the production center is available for 8 hours per day in a factory, and the worker operating it is required to lubricate these rotary parts once each day.
If it takes 2 hours to remove these parts from the equipment, lubricate them, and re-assemble them and the production center is not available for production during these times;
Then the availability of the production center is 75% which is derived by : [8 hours total - 2 hours downtime / 8 hours total availability] x 100 = 75%
