asserine runs a tapestry shop in Rome, weaving historical images for the tourism industry. Lately, her arthritis has gotten worse, so she brings in several young workers and begins to teach them how to weave her images. Which factor of production did Passerine enhance?

Answers

Answer 1
Answer: 3dd32df34f134ggggggggg333333g

Answer 2
Answer:

Answer: labor

Explanation:


Related Questions

Keystone Computer Timeshare Company entered into the following transactions during May 2017. Describe the effect of each transaction on assets, liabilities, and stockholders' equity. 1. Purchased computers for $20,000 from Data Equipment on account. 2. Paid $3,000 cash for May rent on storage space. 3. Received $15,000 cash from customers for contracts billed in April. 4. Performed computer services for Ryan Construction Company for $2,700 cash. 5. Paid Midland Power Co. $11,000 cash for energy usage in May. 6. Stockholders invested an additional $32,000 in the business. 7. Paid Data Equipment for the computers purchased in (1) above. 8. Incurred advertising expense for May of $840 on account.
When banks provide information about savings accounts, they typically quote the interest rates they offer (e.g. 1%) on a...A. Per day basisB. Per month basisC. Per six months basisD. Annual basis
Highlight the possible risks and problems that should be address during the implementation process?
Selected transactions for M. Coronado, an interior decorator, in her first month of business, are as follows. Jan. 2 Invested $11,700 cash in business. 3 Purchased used car for $3,510 cash for use in business. 9 Purchased supplies on account for $585. 11 Billed customers $2,808 for services performed. 16 Paid $410 cash for advertising. 20 Received $819 cash from customers billed on January 11. 23 Paid creditor $351 cash on balance owed. 28 Withdrew $1,170 cash for personal use by owner.1. Journalize the above transactions. Date Account Titles and Explanation Debit CreditJan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28Jan. 2Jan. 3Jan. 9Jan. 11Jan. 16Jan. 20Jan. 23Jan. 28
Individuals may become shareholders by buying common stock in corporations through brokers or directly from the company (if they offer a direct investment plan). In many countries, corporations may also offer employee stock options as a benefit for workers.

Assuming the cost of direct materials used is $1,500,000, compute the total manufacturing costs using the information below. Raw materials inventory, January1 $ 30,000 Raw materials inventory, December 31 60,000 Work in process, January 1 27,000 Work in process, December 31 18,000 Finished goods, January 1 60,000 Finished goods, December 31 48,000 Raw materials purchases 1,500,000 Direct labor 690,000 Factory utilities 225,000 Indirect labor 75,000 Factory depreciation 500,000 Operating expenses 630,000.

Answers

Answer:

$2,960,000

Explanation:

Raw Material Used in production:

= Raw Material Inventory Beginning + Purchases of Raw Material - Raw Material Inventory Ending

= $30,000 + $1,500,000 - $60,000

= $1,470,000

Total Manufacturing Cost:

= Raw Material Used in production + Direct Labor + Manufacturing Overhead applied to Work in process

= $1,470,000 + $690,000 + (225,000 + 75,000 + 500,000)

= $1,470,000 + $690,000 + $800,000

= $2,960,000

Problem 10-3A On January 1, 2017, Evers Company purchased the following two machines for use in its production process. Machine A: The cash price of this machine was $37,500. Related expenditures included: sales tax $3,600, shipping costs $100, insurance during shipping $50, installation and testing costs $120, and $150 of oil and lubricants to be used with the machinery during its first year of operations. Evers estimates that the useful life of the machine is 5 years with a $5,950 salvage value remaining at the end of that time period. Assume that the straight-line method of depreciation is used.

Machine B: The recorded cost of this machine was $180,000. Evers estimates that the useful life of the machine is 4 years with a $9,800 salvage value remaining at the end of that time period.

Prepare the following for Machine A. (Round answers to 0 decimal places, e.g. 5,125. Credit account titles are automatically indented when amount is entered. Do not indent manually. If no entry is required, select "No Entry" for the account titles and enter 0 for the amounts.)
(1) The journal entry to record its purchase on January 1, 2017.
(2) The journal entry to record annual depreciation at December 31, 2017.

Answers

Answer:

Please see the solution below:

Explanation:

Machine A:

(i) Total Machine A Cost

Purchase Price = $37,500

Sales Tax = $3,600

Shipping Cost = $100

Insurance during shipping = $50

Installation and Testing Cost = $120

Total Machine A cost = $41,370

(ii) Depreciation

Recorded Cost = $41,370

Less: Salvage Value = $5,950

Useful Life = 5 years

Straight Line Method is used to find depreciation per yer will be:

Depreciation = $7,084

(1) The Journal Entry to record purchase of equipment (Machine A)

January 1, 2017

Dr. Equipment $41,370

Cr. Cash $41,370

(2) The Journal Entry to record annual depreciation (Machine A)

December 3, 2017

Dr. Depreciation $7,084

Cr. Accumulated Depreciation - Equipment $7,084

Final answer:

The total cost of Machine A is recorded as $41,370. The depreciation expense for the year end 2017 is calculated to be $7,084.

Explanation:

The subject matter involves the calculation and recording of purchase and depreciation of assets, a core part of business accounting.

First, to figure out the cost of machine A, we add up the related costs to the purchase price: $37,500 + $3,600 + $100 + $50 + $120 = $41,370. The cost of lubricants is not included as it is an operational cost, not a purchase cost.

(1) Therefore, the journal entry on January 1, 2017, is Debit: Machinery (account title) for $41,370 which is the total cost of machine A.

To calculate annual depreciation, we use the straight-line method. Take the total cost of the machine ($41,370), subtract the salvage value ($5,950), and then divide by the useful life of the machine (5 years): ($41,370 - $5,950) / 5 = $7,084 (rounded to the nearest dollar).

(2) The journal entry on December 31, 2017, to record annual depreciation is Debit: Depreciation Expense for $7,084, and Credit: Accumulated Depreciation for $7,084.

Learn more about Asset Depreciation here:

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Activities of a central motor pool that provides and services vehicles for the use of municipal employees on official business should be accounted for in a. General Fund. b. Enterprise Fund. c. Internal Service Fund. d. Special Revenue Fund.

Answers

Answer:

c. Internal Service Fund

Explanation:

Internal Service Fund -

It refers to the sum of amount required to track the motion of any goods and services from one department to another , is referred to as internal service fund .

The amount spend on the internal service fund is used to determine the complete cost of providing the services and goods .

For example , maintenance is an example of the internal service fund .

Hence , from the given information of the question ,

The correct answer is c. Internal Service Fund .

LO 1.3Briefly discuss the chain of command for someone being hired into an organization as a staff managerial accountant.

Answers

Answer:

A staff managerial accountant is part of the mid-level accounting management.

The top position in the chain of command is the Chief Financial Officer, who is in charge of all financial matters within the firm, especially of presenting accurate financial information at the end of the accounting year to management, stockholders, and potential investors.

Directly below him is the controller, an important position in charge of reporting financial statements during the year, and helping gather information for auditors during external audtis.

Below a staff managerial accountant would be lower level accounting who are in charge of bookeeping on a daily basis.

I want to have a college fund for my daughter. She is 5, so I have 13 years to achieve my goal of $50,000. The bank says I can earn 2%. I have $5000 already set aside. How much do I need to contribute every year?

Answers

Answer:

$2960 yearly savings

Explanation:

From the values given and from mathematical manipulation, he or she needs a contribution of at least $2900 every year in order to achieve his goal of $50,000.

                     EXPLANATION

  • If the child is 5yr old now, in 13years time, she will be 18yr old.
  • $2950 target yearly

  • for the next 13years, it would have amount to $38350

  • remember the bank will give an annual interest rate of 2%
  • so for 13years, that's 26% = 0.26

  • In the 13th year, he would have saved $38350, add the 26% interest for the duration of 13years = 26% x $38350 + $38350 = $48321

  • His savings will fall between $2950 - $2960 yearly.

Final answer:

You will need to contribute approximately $2,615.97 each year to your college fund to achieve your goal of $50,000 in 13 years, starting with $5,000 and earning 2% interest compounded annually.

Explanation:

To calculate how much you need to contribute every year to have $50,000 in a college fund for your daughter in 13 years with an existing $5,000 at a 2% annual interest rate, we need to use the future value of an annuity formula:

The future value of an annuity formula is FV = P × {[(1 + r)^n - 1] / r}, where:

  • FV is the future value of the annuity (the amount we want to have in the future, which is $50,000).
  • P is the annual payment (the amount you will contribute every year).
  • r is the annual interest rate (which is 2%, or 0.02).
  • n is the number of years the money is deposited (13 years).

Since you already have $5,000, we first need to find out how much this amount will grow to in 13 years at an annual interest rate of 2%. That's calculated using the compound interest formula:$5,000(1 + 0.02)^{13} = $6,727.09

Now, subtract this future value of your initial savings from the goal:$50,000 - $6,727.09 = $43,272.91

This is the amount that needs to be reached with the annual contributions. Plugging this back into the future value of an annuity formula, we solve for P:$43,272.91 = P × {[(1 + 0.02)^{13} - 1] / 0.02}We can now solve for P, which is the annual contribution required:P = $43,272.91 / {[(1 + 0.02)^{13} - 1] / 0.02} = $2,615.97

Therefore, you'd need to contribute approximately $2,615.97 each year to reach your $50,000 college fund goal in 13 years, assuming a 2% annual rate.

During 2017, Carl (a single taxpayer) has a salary of $91,500 and interest income of $11,000. Calculate the maximum contribution Carl is allowed for an educational savings account. a. $0 b. $400 c. $1,000 d. $2,000 e. Some other amount

Answers

Answer:

Option a is the answer i.e $0

Explanation:

Basically, Mr Carl who has a salary of $91,500 and interest income of $11,000.

From the US system, one is not allowed or simply put it is not mandatory on you to have a contribution towards your educational savings, IT IS NOT. such action is dependent on individuals volition, it is the individual who has a better plan will think of having a savings for education by way of attending college.

Moroever, in the US, students are enttled to financial aid to support their education while in college. If financial aid is available for students, then there wont be any need for them to have a savings towards their education.

Llike I said, having an educaional savings account is depenedent on the individual and his plans towards college. Hence, Mr Carl has no rule or law that says he must have a maximum or minimum in his educational savings account and as such the answer is 0$.