Answer:
The estimated fixed cost element of power costs is $10,000
Explanation:
For computing the fixed cost first we have to calculate the variable cost per unit which is shown below:
= (High power cost - low power cost) ÷ (High machine hours - low machine hours)
= ($22,000 - $15,000) ÷ (12,000 - 5,000)
= $7,000 ÷ 7,000
= $1
Now the fixed cost would be
= (High power cost) - (high machine hours × variable cost per unit)
= $22,000 - 12,000 × $1
= $22,000 - $12,000
= $10,000
Snowballing her payments according to the highest interest rate or making fixed payments I'm not sure between those two
Answer: qualitative
Explanation:
Risk assessment is used in identifying hazards which are likely to result in harm and then determining the appropriate methods to remove such hazard or curtail it.
The type of risk assessment uses descriptive categories to express asset criticality, risk exposure (likelihood), and risk impact is the qualitative risk assessment.
Answer:
Yes we should go with this project because it has a positive NPV of $4,350
Explanation:
We need to calculate the net present value of the machine to decide whether to invest in the machine or not.
As per Given Data
Costs $270,000
Cash Inflows
Year 2 $100,000
Year 3 $150,000
Year 4 $75,000
Interest Rate = 6%
Net Present Value
As we know Net Present value is calculated by discounting each years cash flows using using the Weighted Average cost of Capital.
Year Cash Inflows Discount factor 13% Present values
Year 0 $(270,000) (1+6%)^-0 $(270,000)
Year 2 $100,000 (1+6%)^-2 $89,000
Year 3 $150,000 (1+6%)^-3 $125,943
Year 4 $75,000 (1+6%)^-4 <u>$59,407 </u>
Net present value <u>$4,350 </u>
Answer:
0.25
Explanation:
Given :
The 
the non defective cars = 
We will consider all the defective 
only. This is only because the value of the used car is $ 2000 and it is lower than the price of a good car that is $10,000. Thus only defective cars are being sold as the old cars.
For a risk neutral customer, the price that he is ready to give for the new car is the reservation price of a non defective car. It means that (the amount of $ 8000 is the value of the good car x chances of getting a good car) +( the value of the bad car x chances of getting a bad car).
Since we know that x is the fraction of all the cars sold in the market are defective, it means that the fraction of the good cars is 1 - x. Thus putting the values,
= 0.25
Thus the value of :
