Answer:
CPI for the current year = 200
Explanation:
Given;
Contents in market basket
20X, 30Y, and 50Z
The current-year prices for goods
X = $2
Y = $6
Z = $10
The base-year prices are
X = $1
Y = $3
Z = $5
Now,
Total cost of market basket in the current year
= ∑ (Quantity × Price)
= 20 × $2 + 30 × $6 + 50 × $10
= $40 + $180 + $500
= $720
Total cost of market basket in the base year
= ∑ (Quantity × Price)
= 20 × $1 + 30 × $3 + 50 × $5
= $20 + $90 + $250
= $360
also,
CPI for the current year = 
or
CPI for the current year = 
or
CPI for the current year = 200
The answer is 3/4 and yes it really works
Answer:
It will take 10.058 years from today.
Explanation:
Giving the following information:
Present value= $1,091
Future value= $1,728
Interest rate= 12%
<u>First, we need to calculate the number of years it will take to transform the PV into the FV:</u>
<u></u>
n= ln(FV/PV) / ln(1+i)
n= ln(1,728/1,091) / ln(1.12)
n= 4.058 years
It will take 10.058 years from today.
Answer:
Change in US external wealth between periods T and T +1 in dollars = -$100
Explanation:
Since nothing else changes, this implies that the exchange rate per yen is $0.01 in periods T and T +1. Therefore, we have:
Value shares of Sonic in period T in dollar = Number of shares of Sonic bought in period T * Price per share of Sonic in Yen in period T * Exchange rate per yen in periods T = 100 * 700 * $0.01 = $700
Value shares of Sonic in period T+1 in dollar = Number of shares of Sonic in period T+1 * Price per share of Sonic in Yen in period T+1 * Exchange rate per yen in period T+1 = 100 * 600 * $0.01 = $600
Change in US external wealth between periods T and T +1 in dollars = Value shares of Sonic in period T+1 in dollar - Value shares of Sonic in period T in dollar = $600 - $700 = -$100
Answer:
10.20%
Explanation:
According to the Gordon constant growth model :
value = D1 / r - g
D1 = next dividend = $4.25
r = required return
g = growth rate = 3%
value = $59
$59 = $4.25 / r - 0.03
4.25 / 59 = r - 0.03
0.072034 = r - 0.03
r = 0.102034
r = 10.20%
