Answer:
Price of One Bush is $ 23
Explanation:
Suppose
bushes = B
trees = T
According to given condition:
13B + 4T = 487 (Eq: 1)
6B + 2T = 232 (Eq: 2)
Multiplying (Eq: 2) by 2
12B + 4T = 464 (Eq: 3)
Substractign (Eq: 3) from (Eq: 1)
13B + 4T - (12B + 4T) = 487 - 464
13B + 4T - 12B - 4T = 23
B = 23
By putting value of B in (Eq: 1)
(13 x 23) + 4T = 487
299 + 4T = 487
4T = 487 - 299
4T = 188
T = 188 / 4
T = 47
Price of One Bush = B = 23
If you do t plan on having it for a long time, then you don’t have to worry about the maintenance issues and upkeep.
Answer:
1 billion
Explanation:
According to the World bank, about 1 billion people are malnourished around the world despite its efforts to reduce the rate of malnourishment in some lower-income nations. A larger percentage of this 1 billion malnourished people are in the Asian and Pacific continents; rather large percentage of about 60-65 percent.
I hope this helps.
Answer:
a
Depreciation Expense $2,112 (debit)
Accumulated Depreciation $2,112 (credit)
b.
Cash $13,860 (debit)
Accumulated Depreciation $13,200 (debit)
Machinery at Cost $26,400 (credit)
Profit and loss $660 (credit)
Explanation:
a.
2021 Depreciation Expense calculation
Depreciation Expense = $3,168 × 8 /12
= $2,112
Therefore total accumulated depreciation will be :
Accumulated depreciation = $11,088 + $2,112
= $13,200
b.
The following happen when the asset is sold :
- Derecognize the cost of asset
- Derecognize the accumulated depreciation of the asset
- Recognize the proceeds from sale
- Recognize the profit or loss on the sale of the asset.
Answer:
$462
Explanation:
The computation of the net present value is shown below:
= Present value of all year cash inflows by considering the salvage value - initial investment
where,
Present value of all year cash inflows by considering the salvage value is
= Annual cash flows × PVIFA factor for 4 years at 15% + Salvage value × discount rate at 4 year on 15%
= $54,000 × 2.855 + $11,000 × 0.572
= $154,170 + $6,292
= $160,462
And, the initial investment is $160,000
So, the net present value is
= $160,462 - $160,000
= $462
We simply applied the above formula to determine the net present value
Refer to the PVIFA table and discount factor table
This is the answer but the same is provided in the given option
