When product designers use computer-aided design (CAD) software to produce technical drawings in three dimensions, they are using: Utility software
Answer: Computer aided engineering(CAE) systems.
Explanation:
Computer aided engineering involves making use of computer softwares that aids production. The computer aided engineering software is used to design how product could look like, simulate the product on a computer system to determine the product's possible performance and to ensure the desired standard is met, before the design can then be used to carry out production. Computer aided engineering is commonly applied in automobile production and large buildings construction.
Answer: 1.76
Explanation:
Given the following :
R=1.02,
S0 = 100
u=1/d= 1.05
Strike(k) = 102
Total Payoff = (probability of upside × upside Payoff) + (probability of downside × downside Payoff)
Upside Price = u × S0 = 1.05 × 100 = 105
downside Price = S0/u = 100/1.05 = 95.24
Upside Payoff = upside price - strike rate =(105 - 102) = 3
Upside probability :
[e^(r - q) - d] / u - d
E = exponential, q = Dividend (Dividend is 0, since the stock does not pay dividend)
d = 1/d = 1/1.05 = 0.9523809
e = 2.7182818
[2.7182818^(1.02% - 0) - 0.9523809] / (1.05 - 0.9523809)
[1.0102521 - 0.9523809] / 0.0976191
0.0578712 / 0.0976191
= 0.5928266
Probability of downside = 1 - p(upside)
P(downside) = 1 - 0.5928266
P(downside) = 0.4071733
Therefore, total Payoff =
(0.5928266 × 3) + (0.4071733 × 0)
= 1.7784798
European. Call option:
Total Payoff / (1 + r%)
1.7784798 / (1 + 1.02%)
=1.7784798/ (1 + 0.0102)
= 1.7784798 / 1.0102
= 1.7605224
= 1.76
Answer:
independent. This is a fun question. I never thought about how I would explain it before.
Explanation:
Can you think of anything that might influence the second even card being drawn?
- Let's make the question a whole lot easier. Suppose you have a coin and it's a fair one just coming from the mint. Suppose you toss it and you get either heads or tails.
- Can you think of a reason why you should get the same thing again or put another way, can you guess what you are going to get next?
- If you can't then the tosses are independent of each other. You haven't replaced anything, like once you get a tails, you weight the coin so you can never get tails again. That would be a dependent event.
- If you can guess consistently, you better submit a written paper to a math journal.
Now go back your your question. You replaced the card. The odds are the same as for the first toss. Is there anything that has changed your mind about being able to guess.
You can't guess, so the events are independent.
<u>Answer: </u>Option A
<u>Explanation:</u>
Prospective approach is used for bring changes into accounts. In the LCNRV rule the accounting principle of lesser value of the stock is so that the amount sold can be mentioned as the net realizable value (NRV). Here the principle of using low cost of net realizable value is known as LCNRV. This cannot be changed using prospective approach.
Other changes such as the depreciation from straight line to double declining depreciation, LIFO from average costing for inventories and other change from double declining to straight line depreciation can be done with the prospective approach.
