a 40% chance of a $950,000 return; a 50% chance of a $1,200,000 return; and
a 10% chance of a $2,000,000 return. What is the project’s expected return
one year from now?
a. 12.8%
b. 15.5%
c. 18.0%
d. 38.3%
requires an investment of $3,000. There is a 35% chance of a $2,900 return; a
40% chance of a $3,400 return; and a 25% chance of a $4,500 return one year
from now. Lindsey requires a 15% return on the project after the first year,
but Tobias requires a return of only 12%. Using the expected rate of return:
a. Lindsey and Tobias should both invest in the project
b. Only Tobias should invest in the project
c. Only Lindsey should invest in the project
d. Lindsey and Tobias should both reject the project
Project A requires an initial investment of $12,000. In one year, there is a
30% chance of a $10,500 return; a 50% chance of a $12,500 return; and a
20% chance of a $14,500 return. Project B requires an initial investment of
$1,000. In one year, there is a 25% chance of a $950 return; a 25% chance of
a $1,000 return; and a 50% chance of a $1,200 return. If you require a 7%
return on your investment after one year, you should:
a. Accept A and reject B
b. Accept B and reject A
c. Accept both projects
d. Reject both projects
costs are $3.00 per unit and you fixed costs are $20,000. What is your
breakeven point in sales units?
a. 5,000
b. 7,500
c. 10,000
d. 12,500
e. 15,000
costs are $3.00 per unit and you fixed costs are $20,000. What will be your
profit before taxes if you sell 12,000 units next year?
a. $0
b. $1,000