The future amount of an investment with compound interest can be calculated through the equation,
F = P x (1 + ieff)^n
where F is the future amount, P is the current value of the money, ieff is the effective interest (rate per year), and n is the number of years.
From the equation, all are given except for the effective interest, i. Now, substituting the known values,
14,398.87 = (7,775) x (1 + ieff)^14
The value of ieff from the equation is 0.044999.
Since the value of the ieff when translated to percentage is equal to 4.5% as well, the interest rate is compounded yearly.
Answer:
C. A contract between the corporation issuing the bonds and the bond trustee, who is acting on behalf of the bondholders.
Explanation:
A bond indenture specifies the contract which is between the bond issuers and bond holders. The contract specifies all the obligations owed by the issuers to the bond holders.
In this case the right definition of indenture would be a contract between the corporation issuing the bonds and the bond trustee, who is acting on behalf of the bondholders.
Hope that helps.
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:B -
Explanation:Depreciation is added back as an adjustment to the net income in the operating activities section.