Answer:
$120
Explanation:
Interest Expense on the Bonds payable is the coupon payment plus any amortized discount. As in this question there is no amortized discount because the bonds are issued on the par value.
As er given data
Face Value = $100,000
Coupon payment = $100,000 x 12% = $120 annually = $60 semiannually
Interest Expense for the year = Interest Paid on June 30 + Interest Paid on December 31
Interest Expense for the year = $60 + $60 = $120
Answer:
In particular, Apple demonstrated the following best practices, as identified in the article:
Identifying multiple suppliers for key components. ...
Refusing to ship potentially faulty products to customers. ...
Taking online orders initially. ...
Considering adding additional assemblers to meet pent up demand.
Answer:
A. -$272,638
Explanation:
Firstly, we need to calculate the total present value of initial investment plus all operating cost of the project. Then we will use that amount to solve for equal-amount annual operating cost.
Total present value of the project is -689,000 - 41,000/(1+13%) - 41,000/(1+13%)^2 + ... + 41,000/(1+13%)^4, or -810,953.32 (negative sign mean cost).
So, the equivalent annual cost of an oven is -272,638.
The equation solving problem can be made easily using Excel or BA II plus calculator.
Answer:
The correct option is option e)
not trade movie tickets for basketball tickets because his marginal utility per dollar spent on movie tickets is greater than his marginal utility per dollar spent on basketball tickets.
Explanation:
The cost of one movie ticket is $8 then Bills' four tickets will be $32.
The cost of a basketball ticket is $28.
Therefore if bill should trade 4 movie tickets for a basketball ticket he will make a loss of $ 4 so it is advisable for bill not to trade movie ticket for basketball ticket. And again his marginal utility per dollar spent on movie tickets is greater than his marginal utility per dollar spent on basketball tickets.
