Answer:
Note: <em>The complete question is attached as picture below</em>
1a. The one year spot rate can be calculated using the one year zero bond.
PV * (1 + S1) = FV
1 + S1 = 1000 / 900
S1 = 1.1111 - 1
S1 = 0.1111
S1 = 11.11%
1b. PV of the 2 year bond = $950
Annual coupon = 1000 * 5% = $50
950 = 50 / (1 + S1) + (50 + 1000) / (1 + S2)^2
950 = 50 / 1.1111 + 1,050 / (1 + S2)^2
1,050/ (1 + S2)^2 = 950 - 45 = 905
(1 + S2)^2 = 1050 / 905
1 + S2 = 1.160221/2
S2 = 7.714%
1c. Price of the 2 year zero bond = 1,000 / (1 + 0.07714)^2
Price of the 2 year zero bond = 1,000 / 1.1602
Price of the 2 year zero bond = 861.9203586
Price of the 2 year zero bond = $861.92
Answer:
By formation of legally binding contract.
Explanation:
Contacts are a good way for procuring inputs that have well-defined and measurable quality specifications and require highly specialized investments. Because of the high quality expected in the goods procured, having a legally enforceable contact will make the vendor provide high quality products that meets required specifications.
However when contracts dictate a particular price, so if the market price of input were to go down we will still be obligated to buy at the higher price from the vendor.
well, he has room for a total of 264 vehicles, he needs to have "five times as many cars as trucks", namely the cars : trucks ratio must be 5 to 1 or 5:1.
well, to change the total value to a ratio, we simply divide the total amount by the sum of the ratios, namely 264 ÷ (5+1), and distribute accordingly.

Answer:
Annual depreciation=$188,000
Explanation:
Giving the following information:
Purchasing price= $1,000,000
Salvage value= $60,000
Useful life= 5 years
To calculate the depreciation expense under the straight-line method, we need to use the following formula:
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (1,000,000 - 60,000)/5
Annual depreciation=$188,000