Answer:
b
Explanation:
highly-selective distribution.
Answer:
$75.12 million
Explanation:
For computation of Valence's share price first we need to find out the share price which is shown below:-
Share price = (Paid earning of Valence × Ended year of expected earning) ÷ (Equity cost of capital - Expected growth rate)
= (40% × $800 million) ÷ (9% - 7%)
= (0.4 × $800 million) ÷ (0.09 - 0.07)
= $320 million ÷ 0.02
= $16,000 million
Now, Valence's share price
= Total value ÷ Outstanding total shares
= $16,000 million ÷ 213 million
= $75.12 million
Answer:
<em>Purchasing power parity (PPP): </em>The principle suggests that if the purchasing powers are the same in two different countries, their exchange rates would be in equilibrium.
<em>Happening:</em> When inflation occurs in the US and it occurs more rapidly than in other nations, the currency, the dollar, will be less attractive to other nations. This means that the dollar's exchange rate with the currency of another nation will increase.
Explanation:
Suppose the rate of exchange between pound and dollar is 1 pound= 1.5 dollar before inflation. When inflation happens it may be 1 pound= 2 dollars.
If it has greater buying power, the currency will be demanded more. The US dollar was more requested before inflation, as 1 pound is spent on buying just $1.5. When inflation occurs, the dollar's buying power goes down and it gets less needed. 1 pound is already being spent on that time but to buy more dollars, 2 dollars.
Answer:
FV= $6,308.12
Explanation:
Giving the following information:
Semiannual deposit= $1,000
Number of periods= 6
Interest rate= 4%= 0.04= 0.04/2= 0.02
<u>To calculate the future value, we need to use the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= semiannual deposit
FV= {1,000*[(1.02^6) - 1]} / 0.02
FV= $6,308.12
<u>In a financial calculator:</u>
Function: CMPD
Set: End
n= 6
i= 2
PV= 0
PMT= 1,000
FV= solve= 6,308.120963