Answer:
$6 per game
Explanation:
The probability of getting a head on a toss is given as 0.5 for a fair coin.
Therefore the expected number of times that the coin would be tossed to get the first head would be given as the expected value of the geometric distribution with parameter of p = 0.5. therefore the expected value here would be 1/0.5 = 2
Therefore, we expect to get 22 = 4 dollars but we paid initially $10, therefore in long run we expect to lose $6 per game.
Answer: 41.90%
Explanation:
First calculate the risk free rate:
Required return = risk free rate + beta * (Market return - risk free rate)
28.95% = rf + 1.85 * (18% - rf)
28.95% = rf + 33.3% - 1.85rf
28.95% = -0.85rf + 33.3%
0.85rf = 33.3% - 28.95%
rf = 4.35%/0.85
rf = 5.12%
New required return;
Required return = risk free rate + beta * (Market return - risk free rate)
= 5.12% + 1.85 * (25% - 5.12%)
= 41.90%
Answer:
C
Explanation:
1. Code: Put Roar Over Baby At Bath In Lipstick In Tanks Yeti
2. Code: Eat Dinner Use All Cathy All Tea Eat Dinner-Gill Use Eat Snake Snort
3. Code: All Limp Wimp Any Yeti Snakes C
Answer:
Yes, Omaha department store would be better off by $23000.
Explanation:
Given: Sales revenue= $350000.
Cost of goods sold= $280000.
Sales commission= $30000.
Fixed operating cost= $90000.
Now, computing net profit or (loss)
Net profit/loss= 
∴ Net profit/loss= 
⇒ Net profit/loss= 
∴ Net loss= 
∴ Yes boot department should be closed, as Omaha department store is better off by $23000.
