Answer:
I would say safekeeping of employees and guests, as well as eliminating probable threats.
Explanation:
If jorge produces 20 pounds of green beans, he can produce <u>240 </u>pounds of corn.
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Production Possibilities Schedule</h3>
Based on the Production Possibilities Schedule table given pound of green beans is 20 while pounds of corn is 240.
Based on this if he produces 20 pounds of green beans he can as well produce 240 pounds of corn.
Jorge's Production Possibilities Schedule
Pounds of Green Beans Pounds of Corn
20 240
Therefore If jorge produces 20 pounds of green beans, he can produce <u>240 </u>pounds of corn.
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Answer: C. 7.3%
Explanation:
The yield rate is a weighted average of the yields over the years:
= [ (1 * 6%) + (2 * 7%) + (3 * 8%)] / ( 1 + 2 + 3)
= 44%/ 6
= 7.33%
= 7.3%
Answer:
B. The price of the call option will increase by less than $2, but the percentage increase in price will be more than 10%.
Explanation:
Given
Trading price = $20
Exercise price of call option = $20
Call option price = $1.50
Price increment = 10% to $22
It's not be noted that the discounted present value of a price of an option is represented by its expected payoff.
An increment of $2 in stock price attracts an increment of more than $2 in the payoff option.
Having highlighted that, it's also to be noted that the increment in expected payoff will be by an amount less than $2 and same with present value because the possibility is less than 1. So, the price of the option will increase by less than $2.
Moving to the percentage increase;
This will be larger than 10%.
This is because when stock price increases by 10%, the value of the option will increase by more than 10%.
Answer:
Given,
Annual demand, D = 12500,
Setting up cost, S = $ 49,
Production rate per year, P = production facility × capability of production = 300 × 105 = 31500,
Holding cost per year, H = $ 0.15,
Hence,
(i) Optimal size of the production run,

(ii) Average holding cost per year,




(iii) Average setup cost per year,




(iv) Total cost per year = average setup cost per year + average holding cost per year + cost to purchase 12500 lights
= 166.44 + 166.48 + 12500(0.95)
= $ 12207.92