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3 years ago

Factors that can effect prices could include advances in technology, changes in prices of raw materials or new government taxes.

1 answer:

6 0

It is true that factors that can affect prices could include advances in technology, changes in prices of raw materials or new government taxes.

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A deposit of $1000 at 4% interest compounded continuously will grow to v(t) = 1000 e^0.04 dollars after t year. Find the average

elixir [45]

Answer: 20,816.215

Explanation:

Given that:

A deposit of $1000 at 4% interest compounding is defined by the growth function:

v(t) = 1000e^0.04t

Where t = number of years.

Find the average value during the first 40 years (that is, from time 0 to time 40.)

(That is t = 0,...,40)

For ease, we can use a python list comprehension to get our values.

v = [1000*2.7182818**0.04*t for t in range(41)]

V gives a list of the value of the deposit from year 0 till 40 years after the deposit.

Average = sum of compounding deposits / number of years

Sum of compounding deposits = sum(v) = $853464.8344

Number of years = len(v) = 41

Hence, average = $853464.8344 / 41

Average = $20,816.215

6 0

3 years ago

Consider the recorded transactions below.

AnnZ [28]

Answer:

1. T-accounts:

Accounts Debit Credit

Accounts Receivable

Balance $4,200

Service Revenue 8,400

Cash 10,200

Accounts Debit Credit

Service Revenue

Accounts Receivable 8,400

Accounts Debit Credit

Supplies

Balance $400

Accounts Payable 2,300

Balance c/d $2,700

Accounts Debit Credit

Accounts Payable

Balance $3,500

Supplies 2,300

Cash $3,700

Balance c/d $2,100

Accounts Debit Credit

Cash Account

Balance $3,400

Accounts Receivable 10,200

Advertising $1,000

Accounts Payable 3,700

Deferred Revenue 1,100

Balance c/d $10,000

Accounts Debit Credit

Advertising Expense

Cash 1,000

Accounts Debit Credit

Accounts Payable

Cash 3,700

Accounts Debit Credit

Deferred Revenue

Balance $300

Cash 1,100

Balance c/d $1,400

Explanation:

a) Data:

General Entries:

Accounts Debit Credit

1. Accounts Receivable 8,400

Service Revenue 8,400

2. Supplies 2,300

Accounts Payable 2,300

3. Cash 10,200

Accounts Receivable 10,200

4. Advertising Expense 1,000

Cash 1,000

5. Accounts Payable 3,700

Cash 3,700

6. Cash 1,100

Deferred Revenue 1,100

b) The beginning balance of each account before the transactions is:

Cash, $3,400

Accounts Receivable, $4,200

Supplies, $400

Accounts Payable, $3,500

Deferred Revenue, $300

6 0

3 years ago

When Honda, a Japanese auto maker, built a factory in Ohio,

Evgesh-ka [11]

Answer:

A) it was engaged in foreign direct investment.

Explanation:

Foreign Direct Investment is a term used in business-related operations that describes a kind of investment made by an investor in a country other than the actual or original country of the investor. It can be either business operations or business assets in a different firm in another country.

Hence, in this case, when a Japanese automaker, built a factory in Ohio, it was engaged in foreign direct investment. Therefore, the correct answer is option A.

4 0

3 years ago

Linke Motors has a beta of 1.30, the T-bill rate is 3.00%, and the T-bond rate is 6.5%. The annual return on the stock market du

anzhelika [568]

Answer:

cost of capital 16%

Explanation:

SML formula:

$Ke= r_f + \beta (r_m-r_f)\\\\Where:\\r_f =$ risk free rate\\r_m= $ market rate\\\beta =non-diversifiable \:risk$

r_f = 3%

β = 1.3

r_m = 13%

0.03 + 1.3(0.13-0.03)

firm's required return = .16 = 16%

4 0

3 years ago

You plan to save $2,400 a year and earn an average rate of interest of 5.6 percent. How much more will your savings be worth at

mixas84 [53]

Answer:

If the deposits are made at the beginning of the year, the future value will increase by $18,821.1.-

Explanation:

Giving the following information:

Annual deposit= $2,400

Interest rate= 5.6%

Number of periods= 40

<u>First, we will calculate the future value when the deposits are made at the end:</u>

FV= {A*[(1+i)^n-1]}/i

A= annual deposit

FV= {2,400*[(1.056^40) - 1]} / 0.056

FV= $336,091.14

<u>Now, if the deposits are made at the beginning:</u>

FV= {A*[(1+i)^n-1]}/i + {[A*(1+i)^n]-A}

FV= 336,091.14 + [(2,400*1.056^40) - 2,400]

FV= 336,091.14 + 18,821.10

FV= $354,912.24

Difference= 354,912.24 - 336,091.14

Difference= $18,821.1

If the deposits are made at the beginning of the year, the future value will increase by $18,821.1.-

8 0

3 years ago