Answer:
3%
Explanation:
Given the following :
Purchased merchandise = $43,338
Number of payments required = 6
Payment per period = $8,000
PV factor (PVIFA) = (purchased merchandise / payment per period)
PVIFA = (43,338 / 8000) = 5.41725
Using the PVIFA table, we locate the interest rate on PVIFA factor of 5.41725 for a period of 6 years.
For PVIFA of 5.4172, the interest rate is 3%
Hence the implicit Interest t rate = 3%
PVIFA = [1 - (1+r)^-n] ÷ r
Answer:
elastic, because many other firms produce the same standardized product
Explanation:
A good has perfect price elasticity when a change in price leads to an infinite change of quantity demanded.
A perfect competition is when there are many buyers of homogenous goods and services. The sellers are price takers; prices are set by the market force.
A perfect competition has perfect price elasticity because goods sold are standardised and identical with other goods in the market. If the seller increases its price, it's demand would fall to zero as consumers would shift demand to other subsituite goods.
I hope my answer helps you.
Answer:
depends on the situation give me a strategy and ill give you why it would be the best
Answer: Stock B
Explanation:
Use CAPM to calculate the required returns of both stocks.
Stock A
Required return = Risk free rate + beta * ( Market return - risk free rate)
= 5% + 1.20 * (9% - 5%)
= 9.8%
Stock B
Required return = 5% + 1.8 * (9% - 5%)
= 12.2%
Both of them have Expected returns that are higher than their Required returns so both of them are good buys.
The better buy would be the one that has more expected value excess over required return.
Stock A excess = 10% - 9.8% = 0.2%
Stock B excess = 14% - 12.2% = 1.8%
<em>Stock B offers a higher excess and is the better buy. </em>
Answer:
$50,258.
Explanation:
According to the scenario, computation of the given data are as follow:-
We can calculate the deposit amount at the end of 15 years by using following formula:-
Deposit Amount per year(PMT) = $2,000
Interest rate = 7% = 0.07
Deposit year (n) = 15 years
Future value(FVIFA) = PMT × [{(1 + interest rate)^number of years - 1} ÷ interest rate]
= $2,000 × [{(1 + 0.07)^15 - 1} ÷ 0.07]
= $2,000 × [{2.7590315 - 1} ÷ 0.07]
= $2,000 × [1.7590315/0.07]
= $2,000 × 25.129022
= $50,258
According to the analysis total deposit at the end of the year is $50,258.