Answer:
The real risk free rate is 3.8%
The exact risk-free rate is 3.68%
Explanation:
The interest rate on the Treasury bills is usually a combination of real risk free rate and inflation rate to compensate investors for average inflation in the economy during the instrument lifetime which equals nominal risk-free rate.
nominal risk-free rate = real risk-free rate+inflation rate
nominal risk-free rate=7%
inflation rate=3.2%
real risk-free rate=7%-3.2%
real risk-free rate=3.8%
The exact real risk-free rate can be computed thus:
nominal rate+1=(real risk-free rate+1)*(inflation rate+1)
real risk-free rate=(nominal rate+1)/(inflation rate+1)-1
real risk free rate=(1.07/1.032)-1
real risk-free rate=0.036821705
real risk-free rate=3.68%
Answer:
I think it would be either B or C
I can't tell between those too I'm sorry
I would simply make the job more enjoyable. Add cheep perks make it fun.
Answer:
A Nash equilibrium results when every firm in an industry chooses a strategy that is optimal given the strategies chosen by its competitors.
Answer:
The correct answer to the following question will be Option A (Enhanced efficiency).
Explanation:
- Enhanced Efficiency seems to be an innovation that decreases the probability of discharge of that same object surface. It is indeed a definitive version of an effective. The whole bonus is going to take 2 elements in such a gizmo. It could be generated in the gizmos of guns, shields, and devices.
- It would be the most immediate consequence of direct exports providing economic assets to regions where they'll be required.
Other given choices are not related to the given scenario. So that Option A seems to be the appropriate choice.