When a negative real shock hits the economy, without monetary intervention, both inflation and real growth will decline.
Inflation can be defined as an increase in prices, which can be translated as a decrease in purchasing power over time. The rate of decline in people's purchasing power can be reflected in the increase in the average price of a selected basket of goods and services over a period of time. An increase in price, which is often expressed as a percentage, means that one unit of currency is effectively buying less than it did in the previous period. Inflation can be contrasted with deflation, which occurs when prices fall and people's purchasing power increases.
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Answer:
The correct option is A. Need or Deficiency.
Explanation: A need is something that is necessary for an individual to function and live properly, while deficiency can be used to denote a state of lack. Our needs are often the motivating factor behind us working to earn a living, however, different people work for different reasons.
In the scenario presented above, we can see that Madeline is motivated to take on more clients due to the fact that she perceives that her needs will increase.
Therefore, the correct option to this question is that Madeline's motivation is due to need or deficiency.
The tutor and students. a computer system is a medium it's about business ethics class
Answer:
A. $10,500
Explanation:
FV of IDNA:
Book value $ 15,000
Revalued plant assets ($25,000)
license agreements
$30,000
Intangible assets $50,000
$ 70,000
Non-controlling interest valued at the date of acquisition, following the alternative method allowed by IFRS = 15% * 70,000 = $10,500.
Answer:
Expected Net Cash Flow = $3.8 million
Net Present Value (NPV) = $1.0492 million
Explanation:
Given Cash outflow = $10 million
Provided cash inflows as follows:
Particulars Good condition Moderate condition Bad Condition
Probability 30% 40% 30%
Cash flow $9 million $4 million $1 million
Average expected cash flow each year = ($9 million X 30 %) + ($4 million X 40%) + ($1 million X 30%) = $2.7 million + $1.6 million + $0.3 million = $4.6 million
Three year expected cash flow = ($4.6 million each year X 3) - $10 million = $13.8 million - $10 million = $3.8 million
While calculating NPV we will use Present Value Annuity Factor (PVAF) @12% for 3 years = 
NPV = PV of inflows - PV of Outflows = $4.6 million X 2.402 - $10 million = $11.0492 million - $10 million = $1.0492 million
Expected Net Cash Flow = $3.8 million
Net Present Value (NPV) = $1.0492 million