Answer:
2 cents
Explanation:
The spot price = $0.7000 = 70 cents, The forward rate = $0.6950 = 69.5 cents and the call option with striking price = $0.6800 = 68.00 cents
The annualized six month rate = 3 1/2 % = 3.5 %, therefore the rate = r/n, where n is the number of period per year = 2. Therefore r/n = 3.5% / 2 = 0.035 / 2 = 0.0175
The minimum price = Maximum (spot price - striking price, (forward rate - striking price) / (1 + 0.0175), 0) = Maximum(70 - 68, (69.5 - 68)/ 0.0175, 0)
Minimum price = Maximum (2 , 1.47, 0) = 2 cents
Answer:
a. volatility
Explanation:
From the question, we are informed that "Even as it begins to produce the Mirai for the U.S. market, Toyota continues to manufacture its traditionally fueled cars, trucks, and SUVs. In case of Doing this it helps Toyota manage the volatility of industrial demand.
volatility of industrial demand do occur where there is uncertainty as far as demand is concerned in the consumer products , as a result of this most firms to catch up with compitition, growing their sales an lot more , so in this case Toyota still continues to manufacture its traditionally fueled cars, trucks, and SUVs even though there is Mirai for the U.S. market.
Answer:
C. When consumer income increases, the demand for eggs decreases.
Explanation:
Inferior goods is the type of good which demand does not increase even though the initial buyer experience an increase in purchasing power.
The reason for this is because that consumer choose to<u> purchase another product that he/she couldn't afford</u> before having an increase in income.
This 'other' product tend to be more expensive and higher in quality compared to the previous one. This is why the word 'inferior' is attached to the previous product.
From the example above, the reason why the demand for the eggs does not increase is most likely happen because the consumer choose to purchase higher quality of food. (such as a more expensive meat)
Answer:
$58,002.60
Explanation:
First, it is clear to include the $21,000 as part of the value of the equipment.
Now, the $9,000 annual payment after every year for six years need to be presented in its present value, meaning what is the value of those future amounts of $9,000 on June 30, 2018.
To calculate the present value of annuity (annuity means constant and equal payments) for those 6 payments of $9,000, we would need the Present Value Factor which is supplied from the Present Value Table.
Looking at 12% for 6 periods ("six annual installments") on the table, it gives the PV factor of 4.1114.
Just multiply $9,000 by 4.1114 and we get 37,002.60
Finally add the downpayment of $21,000 with the present value $37,002.60 and we would get the total value of the equipment of 58,002.60
I think it's guessing from context? Hope I helped!
