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2 years ago

(Assumptions, Principles, and Constraint) Presented below are the assumptions, principles, and

1 answer:

5 0

The accounting principles, assumptions, and constraints describes are identified as follows: A) 7, B) 6, C) 8, D) 9, E) 1, F) 4, G) 3.

<h3>What are Accounting Principles?</h3>

These are rules or laws that govern the reporting and recording of the financial information of a business.

7 - Expense Recognition Principle: This holds the rule of thought that expenses made ought to be recorded in the books or recognized in the same time frame as the revenue transactions they are related to.

3 - Monetary Unit Principle: This law indicates that if a transaction cannot be expressed in a currency, then it shouldn't be recorded. This means "in-kind" transactions and favors hold no place in proper Financial Bookkeeping practice.

See the link below for more about Accounting Principles:

brainly.com/question/23008273

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On May 1, a two-year insurance policy was purchased for $26,400 with coverage to begin immediately. What is the amount of insura

Ket [755]

Answer:

$8,800

Explanation:

Calculation for What is the amount of insurance expense that would appear on the company's income statement for the first year ended December 31

First step is to calculate insurance amount per year

Insurance=$26,400/2 years

Insurance= 13,200

Second step is to calculate the insurance value per months

Insurance value=13,200/12 months

Insurance value=1,100

Now let calculate insurance expense

Insurance expense =$1,100 x 8 months

Insurance expense = $8,800

Note that May 1 to December 31 will give us 8 months

Therefore the amount of insurance expense that would appear on the company's income statement for the first year ended December 31 will be $8,800

8 0

3 years ago

Sally Smith incurred expenses of $800 in June which she paid in July. She declared these expenses on her June income statement.

Nitella [24]

Answer:

Accrual

Explanation:

The accounting principle of accrual means that you should register something when the fact that origins the right for the future payment/collecting occurs. It does not matter if the payment is done later, the fact that made you to pay was already done, so we apply accrual and say we already owe that money that we pay later.

In this example, Sally used the principle of accrual for the things in June that she later paid in July... but her expenses were origined in June, so they apply to June.

6 0

3 years ago

Henry works as an assembly line worker at MM Corporation. Two weeks back, he suffered multiple fractures while trying to repair

Ivenika [448]

Answer:

he is still getting paid while he is out. He probably has a doctors note.

Explanation:

idk what the question is.

8 0

3 years ago

Reese, a calendar-year taxpayer, uses the cash method of accounting for her sole proprietorship. In late December, she received

muminat

Answer:

a. What is the after-tax cost if she pays the $39,000 bill in December?

= $23,000 x (1 - 32%) = $15,640

b. What is the after-tax cost if she pays the $39,000 bill in January? (Do not round intermediate calculations. Round your answer to the nearest whole dollar amount.)

total after tax cost (including investment revenue):

= $23,000 x (1 - 37%) = $14,490

= -$23,000 x 7% x 1/12 x (1 - 37%) = -$84.53

= $14,405.47

c. Should Reese pay the $23,000 bill'in December or January?

January , since the after tax cost is lower

d. What is the after-tax cost if she expects her marginal tax rate to be 24 percent next year and pays the $23,000 bill in January?

= $23,000 x (1 - 24%) = $17,480

= -$23,000 x 7% x 1/12 x (1 - 24%) = -$101.97

= $17,378.03

e. Should Reese pay the $23,000 bill in December or January if she expects her marginal tax rate to be 32 percent this year and 24 percent next year?

December, since the after tax cost is lower

3 0

2 years ago

A loan processing operation that processes an average of 7 loans per day. The operation has a design capacity of 15 loans per da

anyanavicka [17]

Answer:

a) 46.7, 80 b) 20, 60 c) yes

Explanation:

a) % utilization= utilization/design capacity × 100

= 7/15 × 100

= 46.7%

% efficiency= efficiency/design capacity × 100

= 12/15 × 100

=80%

b) Utilization= 2/10 × 100 = 20%

Efficiency= 6/10 × 100= 60%

c) A system with higher efficiency ratios will always have higher utilization as these systems will have lesses number of failures

6 0

3 years ago