Answer:
The effect of negative interest rates on the economy is reflected in option D: negative interest rates simply cannot happen in reality. Answer D is the correct response.
Explanation:
Answer C is partially correct. In reality, experiments are running on economies as today: Greece economy. After a huge recession in previous years, the Government has released bonuses that, at the end of their effective period, will be charging people for actually buy them, and not paying them back. This leads us to answer D: negative interest rates can actually happen, but they cannot exist as an economic mechanism that develops the economy: customers will go for profit, not cost.
The effect of this model is negative on the economy since it will not provide enough resources for stimulation. Also, it will not slow it down since it is not expected that an instrument with negative interest rates will be accepted, in the form of bonuses, by customers; or loans, provided by banks.
Answer:
Explanation:
1.Price: check if our price is still within the range of what our customers can afford or budget for.
2.Promotion: Does our customers or potential customers still view our advertisements.
3.Product: is our product still relevant and up to date when it comes to services and software.
4.Customers: Talk about our target audience, is there any change?
5.Competition: what are our competitors doing, why do customers prefer them to us
Answer:
we can look at this problem from 2 different point of views:
if you have francs and wish to buy pounds: then you take 12 francs and purchase 1 ounce of gold, and then you sell it for 6 pounds. This way you will only spend 2 francs per each pound instead of 2.2.
if you have pounds and want to make a gain: you take 6 pounds and purchase 13.2 francs and you then buy 1.1 ounces of gold. Then you sell the 1.1 ounces of gold in exchange for 6.6 pounds.
Any of the scenarios does not include any transaction prices nor shipping costs, it is only theoretical.
Answer:
future value
Explanation:
Future value is the value of a sum of money at some point in the future given a certain interest rate.
Formula for future value = present value x ( 1 + r )^n
Assuming i = 10
the future value of $100 in 5 years = 100 x ( 1.1)^5 = $161.05
Answer:
a or b is the answer I am not sure so I gave two options
