Answer:
The real exchange rates calculated are 4.5 and 3
Explanation:
We understand that
Real exchange rate = Nominal exchange rate × (Basket cost in US ÷ Basket cost in Norway)
Utilizing this formula, the calculation proceeds as follows:
For a nominal exchange rate of 3, the real exchange rate is calculated as follows:
= 3 × (60 ÷ 40)
= 4.5
For a nominal exchange rate of 2, the real exchange rate is:
= 2 × (60 ÷ 40)
= 3
Answer:
c. Sparkling water, evening wine tasting, four-star hotel restaurant
a. You need to persuade your coworkers to embrace a new software program that they find confusing.
b. You need to let go of your receptionist.
c. You are dispatching a past-due notice on an account.
Explanation:
In the first question, sparkling water, evening wine tasting, and dining at a four-star restaurant are specific items that align with the examples of food and drink and $100/night four-star accommodations from the scratch list.
In the subsequent question, a manager applies indirect strategies when conveying uncomfortable news to staff in a manner that minimizes negative psychological effects. For instance, informing someone about the termination is distressing and should be relayed indirectly, beginning with an explanation and positioning the primary information at the end of the message
Answer:
The solution is a. 14.33.
Explanation:
We employ the net present value (NPV) analysis to evaluate the two scenarios.
+ The NPV for the lifetime subscription is $(850)
+ The annual subscription has an NPV calculated as - 85 - [ 85/6% * [ 1 - 1.06^(-n) ], where n represents the years the subscriber is expected to live.
In order for the lifetime subscription to be more advantageous, its NPV must exceed that of the annual subscription, which gives us:
85 + [ 85/6% * [ 1 - 1.06^(-n) ] > 850 <=> 1 - 1.06^(-n) > 0.54 <=> 1.06^(-n) < 0.46 <=> -n < -13.33 <=> n > 13.33.
This indicates that the subscriber needs to live beyond 14.33 years (13.33 + 1 additional year for the next subscription) for the lifetime subscription to be the wiser choice.
Thus, option a is correct.
