Answer: $413.81
Explanation:
Price of a bond = Present value of coupon payments + Present value of face value
Coupon is a constant payment so is an annuity.
Coupon = 6% * 1,000 = $60
Price of bond = Present value of annuity + Present value of face value
= (Coupon * Present value interest factor of annuity (PVIFA), 27 periods, 15%) + (Face value / (1 + rate) ^ number of periods)
= (60 * 6.514) + (1,000 / (1 + 15%)²⁷
= $413.81
Answer: False
Explanation:
If you want to hedge the risk of owning the stock then that would mean that you want to take measures to ensure that you don't lose out if prices fall.
A call option is not the way to do this because call options are bought with the expectations that prices will go up. If you buy call options then and the prices fall, you would make a loss on both the call options and the stock that you own.
A good way to hedge this would be to take Put options on the stock. Put options help you benefit if prices fall because you would be allowed to sell at a certain price unaffected by the fall in prices.
Answer:
Jackie's income, as she now needs to buy Converse and will have less to spend on other goods.
Explanation:
Jackie is a fashionista and so she would respond to trends. Since everyone around her is wearing converse, she would want to wear converses too. so her income would be affected as it would be reduced as she would buy the converse.
Answer:
A. 300
Explanation:
The computation of the economic order quantity is shown below:
= 
where,
Annual demand = 600 bottles × 50 weeks = 30,000 bottles
Carrying cost per bottle = $50 × 40% = $20
And, the ordering cost per order is $30
Now put these values to the above formula
So, the value would equal to
= 
= 300 bottles
Hence, option A is correct
