Answer: E) A's expected dividend is $0.75 and B's expected dividend is $1.20
Explanation:
Using the Gordon growth model, you can calculate the expected dividend. The formula is:
Price = Expected dividend/ (expected return - expected growth)
Stock A expected dividend
25 = D/ (10% - 7%)
D = 25 * 3%
= $0.75
Stock B expected divided
40 = D / (12% - 9%)
D = 40 * 3%
= $1.20
Option A, C and B are therefore wrong.
Option E is correct.
Answer:
Annual interest rate= 3%
Explanation:
Giving the following information:
Present value= $9,850
Future value= $10,000
Number of days= 182
<u>First, we need to calculate the daily interest rate. We will use a financial calculator (the formula is incredibly difficult to use):</u>
<u></u>
Function= CMPD
n= 182
I%= SOLVE = 0.0083
PV= 9,850
FV= -10,000
<u>Now, the annual interest rate:</u>
Annual interest rate= 0.0083*365= 3.02 = 3%
Consumer surplus is the difference between the maximum
amount the consumer is willing to pay for the price of the good and the price
that was actually paid by the consumer or commonly known as the current market
price. The price that the consumer is willing to pay is determined by the
demand curve in the market.
Answer: Statement 1 ( Laptop) = Producer surplus
Statement 2 ( watch ) = Neither
Statement 3 ( jersey sweater) = Consumer surplus
Explanation:
Hi, Consumer surplus happens when the price that consumers pay for a product or service is less than the price they're willing to pay.
- <em>Even though I was willing to pay up to $46 for a jersey sweater, I bought a jersey sweater for only $39. </em>Consumer surplus
Producer surplus<em> </em> is measured as the difference between what producers are willing and able to supply a good for and the price they actually receive
-
<em> I sold a used laptop for $149, even though I was willing to go as low as $140
.</em>Producer surplus
- <em>I sold a watch for $59 on eBay last week. This week, someone offered me $145 for it. </em>neither
Feel free to ask for more if needed or if you did not understand something.
Answer: $24
Explanation:
Given that,
Two workers serve = 16 customers per hour
Three workers serve = 22 customers per hour
Each customer spends an average of $4 in the store.
Total revenue from Two workers = 16 × $4
= $64
Total revenue from Three workers = 22 × $4
= $88
Therefore, the marginal benefit of hiring the third worker would be:
= Total revenue from Three workers - Total revenue from Two workers
= $88 - $64
= $24
