Answer:
-$7,621
Explanation:
Calculation to determine the net present value of the machine
Using this formula
Net present value of the machine=(Net cash flow *present value of an annuity at 11%)- Amount invested
Let plug in the formula
Net present value of the machine=($2,800+$26000*2.4437)-$78,000
Net present value of the machine=($28,800*2.4437)-78,000
Net present value of the machine=$70,379-$78,000
Net present value of the machine=-$7,621
Therefore the Net present value of the machine is -$7,621
True customers come first.
Hope this helped :)
-Warning2
Answer:
<u>Part a: What will be the equilabrium price that Dumphy and Funke will charge?</u>
Answer: Price charged = $30
<u>Part b: What are the profits for Dumphy and Funke at the equilibrium price?</u>
Answer: Profit on equilibrium price = $0
<u>Part c: What type of competition would Funke and Dumphy likely engage in after the decrease in demand?</u>
Answer: Price competition
Explanation:
<u>Part a: What will be the equilabrium price that Dumphy and Funke will charge?</u>
Answer:
Price charged by each of the artists will be equal to their marginal cost.
Thus, equilibrium P = MC = $30.
<u>Part b: What are the profits for Dumphy and Funke at the equilibrium price?</u>
Answer:
Equilibrium profits will be 0 at the equilibrium because price charged is equal to MC, leading to no profits.
<u>Part c: What type of competition would Funke and Dumphy likely engage in after the decrease in demand?</u>
Answer:
Price competition - as changes in price will lead to changes in demand and thus sales
Answer:
$508.63
Explanation:
For this question, we use the Present value formula that is reflected in the attached spreadsheet. Kindly find it below:
Provided that
Given that,
Future value = $1,000
Rate of interest = 14%
NPER = 15 years
PMT = $1,000 × 6% = $60
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after solving this, the present value is $508.63
