Answer: Option B
Explanation: Opportunity cost refers to the of loss of profit when an individual or firm chooses one alternative over other.
The statement in the given case, depicts the opportunity cost one has to pay of using the scarce resources that could be sued on different alternatives.
The lunch is never free depicts that one could have used it in other alternatives that may have produced some economic benefits.
Hence, the correct option is B.
Assuming that you have the values for the year 2017, the break-even point would be 1500 units for the year 2017. To calculate this, we use the idea that at the breaking point, total sales is equal to the total cost or expenses made. Which would be:
selling (x) = fixed + variable (x)
x = fixed / (selling - variable)
x = 270000 / (600-420)
x = 1500 units
Answer:
$18,106.25
Explanation:
For computing the carrying value of the bonds , first we have to determine the discount amortization for 8 years which are shown below:
= (Issued amount - proceeds from the bonds) ÷ time period
= ($20,000 - $18,300) ÷ 8 years × 2 years
= $106.25
Now the carrying value would be
= Proceeds from the bonds + discount amortization for 8 years
= $18,000 + $106.25
= $18,106.25
Since the time period is 8 which are paid in semi-annual so we double the time period
<span><span>What payment method typically charges the highest interest rates?
pay day loans</span></span>
Answer:
D(p) = 2,000 ÷ Price + 434
Explanation:
The computation of the demand function is shown below:-
Number of units of the product = 3000 ÷ Price + C
834 = 2,000 ÷ $5 + C
834 = 400 + C
C = 834 - 400
C = 434
So, D(p) = 2,000 ÷ Price + 434
Therefore for computing the demand function we simply applied the above formula also we considered all the given information mentioned in the question
