Answer:
$5488
$11,200
$9978.18
$4939.20
Explanation:
A. Straight line depreciation expense = (Cost of asset - Salvage value) / useful life
($56,000 - $1120) / 10 = $5488
Depreciation expense for each year of the useful life would be $5488
B. Depreciation expense using the double declining method = Depreciation factor x cost of the asset
Depreciation factor = 2 x (1/useful life)
Depreciation factor = 2 x (1/10) = 1/5
1/5 x $56,000 = $11,200
C. Sum-of-the-year digits = (remaining useful life / sum of the years ) x (Cost of asset - Salvage value)
Sum of the years = 1 +2 +3 +4 + 5 + 6 + 7 + 8 + 9 + 10 = 55
Undepreciated life of the asset = 10
10/ 55 x ($56,000 - $1120) = $9,978.18
D. (hours used in year 1 / total number of hours of the machine) x (Cost of asset - Salvage value)
(1260 / 14,000) x ($56,000 - $1120) = $4939.20
This question is incomplete because the text is missing; here is the missing part:
Text 1
1. Remove the back cover, using a small screwdriver to loosen the screw
2. Remove batteries and replace with two new AAA batteries. use the + and - signs to position correctly. dispose of used batteries properly.
3. Replace the cover and tighten the screw with the screwdriver
4. Reset the time using the side buttons
The GMX 200 is guaranteed to keep time accurately for one full year from date of purchase should it malfunction in any way during this time period, your money will be refunded in full.
The correct answer to this question is C. The users will get full refund if there is malfunction during the guarantee period.
Explanation:
This text provides instructions to change the battery in a GMX 200, which can be inferred it is a clock or similar device. This text explains the different steps users need to follow to change batteries. Moreover, in the last section of the text, it is clarified if there is any failure during the first year, which is the guaranteed time "your money will be refunded in full". According to this, it can be inferred during this time any malfunction implies the user gets a complete refund (option C.)
Answer:
2 year yield 4 years from now 37.99%
Explanation:
given data
Interest rates r1 = 6.05% = 0.0605
Interest rates r2 = 7.6% = 0.0760
to find out
2 year yielding 4 years from now
solution
we find here 2 year securities will be yielding 4 years from now by as
2 year yield 4 years from now = ![\frac{(1+r2)^{t2}}{[(1+r1)^{t1}]^{0.5}}](https://tex.z-dn.net/?f=%5Cfrac%7B%281%2Br2%29%5E%7Bt2%7D%7D%7B%5B%281%2Br1%29%5E%7Bt1%7D%5D%5E%7B0.5%7D%7D)
- 1
put here value we get
2 year yield 4 years from now = ![\frac{(1+0.0760)^6}{[(1+0.0605)^4]^{0.5}}](https://tex.z-dn.net/?f=%5Cfrac%7B%281%2B0.0760%29%5E6%7D%7B%5B%281%2B0.0605%29%5E4%5D%5E%7B0.5%7D%7D)
- 1
2 year yield 4 years from now = 1.379915 - 1
2 year yield 4 years from now = .379915
so 2 year yield 4 years from now 37.99%
Answer:
It will increase
Explanation:
This is due to the "law of supply". It says that whenever the prices increase, the supply will increase, because if the prices are higher, they can win more money as they sell their goods (cars in this case) and this encourages the supply to produce more and place more quantity into the market.
In other words, just follow one of the basic laws in economics, the law of supply, which says "whenever the prices rise, the quantity supplied will also rise, ceteris paribus". By the way, ceteris paribus is latin for "all other things equal" and it means that all other factors remain unchanged (the same).
Answer:
Based on this information, the Canadian dollar is expected to <u>DEPRECIATE BY 0.8%</u> tomorrow, and Severus would prefer to make payment <u>TOMORROW</u>.
Explanation:
Since the Canadian dollar tends to depreciate by 40% after it appreciates more than 1% against the US dollar, we can calculate the expected depreciation:
expected depreciation = 2% x 40% = 0.8%
Since Severus expects that the Canadian dollar will depreciate tomorrow by 0.8%, it will wait until then to pay its debt.
