Answer:
1. $46,550
2. $405,000
3. $450,600
Explanation:
1. Computation of differential cost regarding the decision to buy the model 200
Differential cost = Cost of a new model 300 - Cost of a new model 200
Differential cost = $396,350 - $349,800
Differential cost = $46,550
So, the differential cost regarding decision to buy model 200 is $46,550.
2. Sunk costs are the costs which are already incurred by the entity in the past and which are not relevant to decision made today. In this case, sunk cost is the cost of the machine purchased seven years ago for $405,000.
3. Opportunity cost is the profit forgone by chosen alternative course of action. In this case, the Opportunity cost regarding the decision to invest in the model 200 machine is $450,600.
Answer:
Is irrelevant in decision making
Explanation:
Since the suck cost is the cost that no longer is recovered so it should not be a factor to consider when making a decision. For example, you have bought a cinema ticket for this evening, but it is heavily rainy so you may get sick if you go to the cinema. The fact that you have paid for this ticket should not consider whether to go or stay home since you can not get this amount of money no matter what happens.
Answer:
$35,260
Explanation:
Calculation to Determine the proper amount of net income for 2021
Unadjusted net income $33,000
Adjustments:
a. Insurance expense overstated $2,800
[4,200-(4,200/3)]
b. Sales revenue overstated $(675)
c. Supplies expense overstated $645
d. Interest expense understated $(510)
(12%*17,000*3/12)
Adjusted net income $35,260
Therefore the proper amount of net income for 2021 will be $35,260
Answer:
Asbestos
Explanation:
This environmental hazard is asbestos. Exposure to asbestos especially for a long term period is very detrimental to health. It's fibres can be easily inhaled to the lungs which is dangerous and can cause fibrotic lung disease and also lung cancer. It can lead to defects in birth when inhaled by a pregnant woman and many other health problems. During sales of property it is very important that such hazard is disclosed to the other party.
Answer:
D. $0.93
Explanation:
Upmove (U) = High price/current price
= 42/40
= 1.05
Down move (D) = Low price/current price
= 37/40
= 0.925
Risk neutral probability for up move
q = (e^(risk free rate*time)-D)/(U-D)
= (e^(0.02*1)-0.925)/(1.05-0.925)
= 0.76161
Put option payoff at high price (payoff H)
= Max(Strike price-High price,0)
= Max(41-42,0)
= Max(-1,0)
= 0
Put option payoff at low price (Payoff L)
= Max(Strike price-low price,0)
= Max(41-37,0)
= Max(4,0)
= 4
Price of Put option = e^(-r*t)*(q*Payoff H+(1-q)*Payoff L)
= e^(-0.02*1)*(0.761611*0+(1-0.761611)*4)
= 0.93
Therefore, The value of each option using a one-period binomial model is 0.93
