Answer:
The statement is: True.
Explanation:
If we have been given an assignment, it is important to set a schedule of activities to ensure that the final form of our work is delivered on or before the <em>due date</em>, if possible. In the way, there could be problems of various types -for example, technology when delivering a report- that could interrupt our work. Therefore, it is important to consider those risks while scheduling so that we have a contingency plan that will not impact our research and the date we will deliver it.
Answer:
$6,744.83
Explanation:
We calcualte the present value of a three years annuity discounted at 5.5% considering their cashflow are 2,500
C 2,500.00
time 3
rate 0.055
PV $6,744.8334
Answer:
b. Demand is unit elastic, and a decrease in price causes an increase in revenue
Explanation:
According tothe revenue theory in economics
when the demand is inelastic the relationship within price and total revenue is direct. either both increases or decreases
when the demand is elastin this relationship is inverve, teh increase in price generates a decrease in total revenue
while their decrease an increase.
But, if the demand is unit elastic then, there is no variation at all
According to this theory, option B is impossible.
Answer: c. $2.89 per unit
Explanation:
Using the First-In, First-Out method, we need to find the equivalent units first:
= Equivalent opening units + Units started and completed + Equivalent ending units
= (Opening units left to be completed) + (Units completed - opening units) + (proportion of closing units completed with respect to conversion)
= (3,000 * (1 - 40%)) + (12,000 - 3,000) + (1,000 * 40%)
= 11,200 units
Conversion costs = 32,363
Conversion cost per units:
= 32,363 / 11,200 units
= $2.89 per unit
Answer and Explanation:
The computation is shown below:
Current promised return on debt is
= $53,400 ÷ $45,800 - 1
= 16.60%
And, the expected return on debt is
The expected amount would be
= $53,400 × 30% + $44,000 × 70%
= $16,020 + $30,800
= $46,820
Now the expected return on debt is
= $46,820 ÷ $45,800 - 1
= 2.23%
