When writing a message to express condolences, you should mention the loss tactfully, recognize the good qualities of deceased, assure the receiver of your concern, offer assistance, and <u>conclude on a reassuring note.</u>
Explanation:
Certain points that are to be kept in Mind when writing a Condolence Messages are:
- Don't unintentionally say the wrong thing in a sympathy message
- The Condolence message should be short and crisp
- In the message try to recall a funny memory of the deceased.
- In the message ,you should not simply sign rather mention your full first and surname.
- Don't mention any financial obligation of the deceased or offer any financial help
- Don't try to offer any other help like cooking a good meal
Thus we can say that ,When writing a message to express condolences, you should mention the loss tactfully, recognize the good qualities of deceased, assure the receiver of your concern, offer assistance, and <u>conclude on a reassuring note.</u>
Answer:
Explanation:
.1.Scale economies in connection with urban economics (i.e., related to land use,housing, or firm location)A.2.Pecuniary agglomeration economiesA.3.Technological agglomeration economiesA.4.Retail agglomeration economiesA.5.ExternalitiesA.6.ceteris paribus assumptionA.7.A numeraire goodA.8.An efficient allocation of resources
Answer:
The correct answer is letter "D": All securities in an efficient market are zero net present value investments.
Explanation:
The Efficient Market Hypothesis (EMH) states that neither public or insider information cannot help in an attempt to beat the market because stocks already show all available information possible. Thus, neither using technical or fundamental analysis could be useful to predict future stock price movement.
<em>In other words, in a market under EMH all stocks are zero Net Present Value (present value inflows minus present value outflows) investment vehicles.</em>
Answer:
The answer is
A. 26.46%
B. $5,958,354.88
Explanation:
A.
IRR = CFo/(1 + IRR)^0 + CF1/(1 + IRR)^1 + CF2/(1 + IRR)^2 + CF3/(1 + IRR)^3 + CF4/(1 + IRR)^4 + CF5/(1 + IRR)^5
CFo = -$10,000,000
CF1 = $3,000,000
CF2 = $3,500,000
CF3 = $4,000,000
CF4 = $4,900,000
CF5 = $5,000,000
Using a financial calculator;
IRR = 26.46%
B.
NPV = -CFo + CF1/(1+ r)^1 + CF2/(1 +r)^2 + CF3/(1 + r)^3 + CF4/(1 + r)^4 + CF5/(1 + r)^5
CFo = -$10,000,000
CF1 = $3,000,000
CF2 = $3,500,000
CF3 = $4,000,000
CF4 = $4,900,000
CF5 = $5,000,000
Using a financial calculator;
NPV = $5,958,354.88
