Two accounting equalities to maintain in transaction analysis are Assets and Liabilities + Equity.
One key element of performing accounting transaction analysis is ensuring that the accounting equation is balanced. This means that for every debit account entry, you must have a credit account entry of the same amount.
This accounting equation works as-
Assets = Liabilities + Equity
Assets- This refers to the resources of a company and includes cash and cash equivalents, accounts receivable, and inventory.
Liabilities and equity- The liabilities of a company refer to its financial obligations, such as loans, long-term debts, mortgages, and notes payable.The shareholder’s equity of a company refers to the dollar value of the company and can be calculated by subtracting its liabilities from its assets. Both liabilities and equity show how the company has financed its assets.
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Answer:
The amount of the cost of goods sold for this sale is $98.4
Explanation:
Marquis Company uses a weighted-average perpetual inventory system
August 2, 22 units were purchased at $3 per unit,
Total cost = $3 x 22 = $66
Average cost per unit: $3
August 18, 27 units were purchased at $5 per unit
Total inventory = $66 + $5 x 27 = $201
Average cost per unit = $201/(22+27) = $4.1
August 29, 24 units were sold
Cost of goods sold = 24 x $4.1 = $98.4
The word "produce" involves the way the product is made and also the materials used. For this item, I would go with the third choice, "Marco uses locally harvested wood from a sustainable tree farm to make his products". This describes the materials used.
By spreading the process of travel to allow faster 1 to 1/person to person business.
In the question, continuously should be annually.
Solution:
Applicable formula is;
A = P(1+r)^n
Where;
A = Total amount after 30 years = $9,110
P = Amount invested = $5,000
r = Annual interest rate in decimals
n = Number of years = 30
Substituting;
9110 = 5000(1+r)^30
9110/5000 = (1+r)^30
1.822 = (1+r)^30
Taking natural logs on both sides;
ln (1.822) = 30 ln (1+r)
0.5999 = 30 ln (1+r)
0.5999/30 = ln (1+r)
0.019998 = ln (1+r)
Taking exponents on both sides
e^0.019998 = 1+r
1.0202 = 1+r
r = 1.0202 -1 = 0.0202 =2.02%
Therefore, annual interest rate should be 2.02%.
