This is because the lowest is the most efficient amout to make. As we increase number the extra costs of making those items will also increase.
Answer:
I'm sorry, but the way you worded this is impossible to understand. SO therefore, I cannot answer your question.
Explanation:
Answer:
Book value of the asset = $484,000
Explanation:
Given:
Equipment cost = $800,000
Residual value = $10,000
Computation:
Depreciation = (Equipment cost - Residual value) / Life
Depreciation = ($800,000 - $ 10,000) / 5
Depreciation = $ 158,000 per year
Depreciation for 2 year =$ 158,000 x 2
Depreciation for 2 year = $316,000
Book value of the asset = Equipment cost - Depreciation for 2 year
Book value of the asset = $800,000 - $316,000
Book value of the asset = $484,000
Answer:
Stuart Manufacturing Company
Assets = $107,200
Explanation:
a) Data and Calculations:
Cash Account
Common stock $89,000
Furniture (32,000)
Equipment (40,000)
Salaries (12,000)
Wages (21,000)
Raw materials (26,000)
Sales 72,000
Cash balance $30,000
Inventory:
Cost = $26,000
Units produced = 10,000 units
Cost per unit = $2.60 ($26,000/10,000)
Cost of goods sold = 8,000 * $2.60 = $20,800
Ending inventory = 2,000 * $2.60 = $5,200
Sales Revenue = 8,000 * $9 = $72,000
Assets:
Cash $30,000
Ending inventory 5,200
Furniture 32,000
Equipment 40,000
Total $107,200
b) An asset is something that brings in future cash flows to the business entity. It is made up of Cash and Cash Equivalents, Inventories, Property, Plant, Equipment, and other business investments. Assets are funded from finance provided by creditors and the equity owners, and they generate economic values.
Answer:
$1,068.02
Explanation:
For computing the selling price of the bond we need to use the Future value formula or function i.e to be shown in the attachment below:
Given that,
Present value = $1,000
Rate of interest = 10% ÷ 2 = 5%
NPER = 3 years × 2 = 6 years
PMT = $1,000 × 8% ÷ 2 = $40
The formula is shown below:
= FV(Rate;NPER;PMT;-PV;type)
The present value comes in negative
So, after applying the above formula, the selling price of the bond is $1,068.02
