Answer:
1. Dr Cash 665
Cr Advance from customer 665
2. Dr Cash 685
Cr Other income 685
3. Dr cash 18675
Cr Account receivable 18675
4. Dr Account receivable 9600
Cr Sales revenue 9600
5. Dr Cash 8000
Cr Account receivable 8000
6.Dr Utility expense 395
Utility expense payable 395
7. Dr Supplies 1255
Cr Accounts payable 1255
8. Dr Accounts payable 2600
Cr Cash 2600
9.Dr Salaries and wages expense 12200
Cr Cash 12200
Explanation:
Answer:
They will decrease as production decreases
Explanation:
Total Variable cost is sum of all the cost incurred in production of total units of goods produced. It is directly proportional to the number of units of goods produced. It helps to analyze cost structure of goods and then decide on pricing strategy of the goods. Some of the examples of variable cost can be packaging cost, raw material’s cost.
Mathematically it can be defined as
Total variable cost = Total units of goods produced * variable cost for one unit of good produced
Hence from the given option They will decrease as production decreases as the number of units of goods produced will decrease and hence lesser raw material and packaging will be required to produce the goods.
To be more professional in a business sense. If I am the president of a bank I want to be classical and professional. I change with my title.
In the given situation, the systems property illustrated is called equifinality. The case says that there three people were fired at ABC Corporation. Eugene was fired because he was incompetent. Rita was fired because she was unethical. Kayla was fired because of economic conditions. Equifinality in business implies that firms may establish similar competitive advantages based on substantially different competencies. The concept is that there are many paths to the same end. The idea states that there are multiple ways to reach a final goal. In open systems, equifinality states that in open systems a given end state can be reached by many potential means.
Answer:
10.38%
Explanation:
The formula to compute the effective annual rate of the loan is shown below:
= (1 + nominal interest rate ÷ periods)^ number of period - 1
The nominal interest rate is shown below:
= $250 × 4 ÷ $10,000
= $1,000 ÷ $10,000
= 0.1
Now the effective annual rate is
= (1 + 0.1 ÷ 4)^4 - 1
= (1 + 0.025)^4 - 1
= 1.025^4 - 1
= 10.38%
Since the interest rate is measured on a quarterly basis, we know there are four quarters in a year and we do the same in the calculation part.
This is the answer but the same is not provided in the given options
