A long one with numbers, lowercased letters, and uppercased letters
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Answer:
d. In stable environments, the rate of environmental change is slow, whereas in dynamic environments, the rate of environmental change is fast.
Explanation:
In context of analyzing business environment, there are two forms of rate of change: stable and dynamic.
In stable environment, the rate of change is incremental i.e things change slowly. The movement from the present to the future is not rapid in a stable environment. Management can make a safe prediction in a stable environment because what works today will likely work tomorrow. Example of a business in a stable environment is restaurant or food industry.
In contrast, rate of change in dynamic environment is monumental. Things change fast in dynamic environment. There is no safe prediction that works today will work tomorrow. In a dynamic environment, management has to keep up with this fast change by drafting a flexible strategic plan.
So option D is correct : In stable environments, the rate of environmental change is slow, whereas in dynamic environments, the rate of environmental change is fast
All options are not fundamentally wrong in the context of the difference between a stable and dynamic environment.
Answer:
15percent o 100 annually
Explanation:
opportunity cost =(115-100/100)*100
Answer: B. provides more social benefits than it derives in private benefits.
Explanation:
Raven farms in this instance is deriving less private benefits than it gives social benefits.
Private benefits are those benefits that the producer gains as a result of their actions.
Social benefits on the other hand are the benefits gained by the producer as well as the benefits to society as well.
Raven's private benefits are the revenue it accrues from it's skin healing cream and yet those same bees still providing a societal service of pollinating Oakcreek Apple Orchard Apple. That shows that they are giving more social benefits than they are receiving.
Answer:
the yield to maturity is 5.77%
Explanation:
The computation of the yield to maturity is shown below:
Given that
FV = $1,000
PV = $431
PMT = $0
NPER = 15
The formula is shown below:
= RATE(NPER,PMT,-PV,FV,TYPE)
After applying the above formula, the rate of interest is 5.77%
Hence, the yield to maturity is 5.77%
