Answer:
B - happiness
Explanation:
cause it's not a must for a person to be happy
When a person has several files across different departments in an organization, this is called data C) Redundancy
Redundancy:
- Refers to something being repeated when it shouldn't be
- Can often lead to the repeated copies being deleted
If a company has records of the same person, saying the same thing, across different departments, this is data redundancy as the person's records are being repeated in an unnecessary manner.
In conclusion, the scenario described is data redundancy.
Options for this question include:
A) Repetition
B) Doubling
C) Redundancy
D) Duplication
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This question is incomplete, the complete question is;
We will derive a two-state put option value in this problem.
Data: S₀ = 106; X = 112; 1 + r = 1.12. The two possibilities for ST are 149 and 75.
The range of S is 74 while that of P is 37 across the two states. What is the hedge ratio of the put
Answer: the hedge ratio of the put H = - 1/2 ≈ - 0.5
Explanation:
Given that;
S₀ = 106, X = 112, 1 + r = 1.12
Us₀ = 149 ⇒ Pu = 0
ds₀ = 75 ⇒ Pd = 37
To find the Hedge ratio using the expression
H = Pu - Pd /Us₀ - ds₀
so we substitute
H = 0 - 37 / 149 - 75
H = - 37/ 74
H = - 1/2 ≈ - 0.5
Answer:
- Melba's adjusted basis for the land at the Acquisition date is $625000
- Melba's adjusted basis for the land one year later is $645000
Explanation:
The adjusted basis for a property/land is the net cost of the property after adjusting for factors that might attract tax as related to the land
The adjusted basis for the land at the acquisition date is the net cost of the land at the acquisition date which will be ( $225000 + $400000 ) because that was the net cost of the Land at the date of acquisition before an agreement was later reached by Melba requiring him to pay $400000 plus an interest of 5%
Hence the adjusted basis for the land one year later will be
= ( $225000 + $400000 ) + 5% of $400000
= ( $625000 ) + $20000
= $645000
Answer:
$75 per case
Explanation:
Required: Selling Price per case
Sales – Variable cost – Fixed cost = Target desired profit
Sales = 800000 case x Selling Price (SP)
Variable cost = (800000 case x $40) + (800000 x SP x 25%)
Putting into equation:
Sales – Variable cost – Fixed cost = Target desired profit
(800000 x SP) – [(800000 x 40) + (800000 x SP x 25%)] - $8000000 = $ 5000000
>800000SP – (32000000 + 200000SP) – 8000000 = 5000000
>800000SP – 32000000 – 200000SP – 8000000 = 5000000
>800000SP – 200000SP = 5000000 + 8000000 + 32000000
>600000SP = 45000000
>SP = 45000000 / 600000
>SP = $ 75
