Answer:
a. asset (A)
b. liabilities (L)
c. equity (E)
d. asset (A)
e. liabilities (L)
f. equity (E)
g. equity (E)
h. liabilities (L)
Explanation:
A Balance sheet shows the balance of assets, liabilities and equity at the reporting date.
Assets are economic resources controlled by the entity such as equipment and cash.
Liabilities are obligation that arise such as wages payable and tax payable.
Equity is the residue after deducting liabilities from assets. it represents the owners contribution through equity and retained income.
Range is the measure of variation that is very sensitive to extreme values. It is the difference between high and low values, while standard deviation is the standard measure of variation.The range rule of thumb roughly estimates the standard deviation of a data set as s=range/4 , where s stands for standard deviation and
<span>range = Maximum - Minimum</span>
Solution :
Depreciation rates 16.67% 16.67% 16.67% 16.67% 16.67% 16.67%
(books)
Depreciation $100000 $100000 $100000 $100000 $100000 $100000
(books)
Depreciation $35000 $35000 $35000 $35000 $35000 $35000
tax shield (books)
Depreciation rate 20% 32% 19.20% 11.50% 11.50% 5.80%
(tax)
Depreciation $120000 $192000 $115200 $69000 $69000 $34800
(tax)
Depreciation $42000 $67200 $40320 $24150 $24150 $12180
tax shield (tax)
The amount of depreciation for the second full year, using the double-declining-balance method is $20,400.
<h3>What is the amount of depreciation in the second year?</h3>
Depreciation is a method used in expensing the value of an asset.
Double declining depreciation expense = [2 x (1/useful life of the asset)] x cost of the asset
Depreciation expense in year 1 = 2/5 x $85,000 = $34,000
Book value at the beginning of year 2 = $85,000 - $34,000 = $51,000
Depreciation expense in year 2 = 2/5 x $51,000 = $20,400
To learn more about depreciation, please check: brainly.com/question/6982430
Answer:
Investment period = 24 years
Explanation:
The total amount that an investment made today would become if invested at a particular rate for certain number of years is known as the future value.
The $1,200,000 is the desired future value, the $296, 375 is the present value and the 6% is the interest rate.
FV = PV × (1+r)^n
1,200,000 = 296,375 × (1.06)^(n)
(1.06)^(n) = 1200000/96,375
(1.06)^(n) =4.048924504
find the log of both sides
n log 1.06= log 4.048924504
n= log 4.048924504/log 1.06
n = 24
It will take 24 years
