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3 years ago

On January 2, 2019, Adelphi Company purchased a patent for $235,000 plus

Business

1 answer:

Ymorist [56]3 years ago

4 0

Answer:

The annual amortization expense for 2019 will be $35000.

Explanation:

The amortization expense for the patent calculated based on the useful life of patent. The purchase of value of $235000 plus $10000 gives the total value of $245000 while use the patent of 7 years.

The formula for amortization expense = (Cost of patent - Residual value ) / Useful life of patent)

amortization expense = ($245000-0)/7 = $35000

The legal life would not count due patent in business use for limited life compare to legal life of patent.

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Suppose there is a major technological advance in the production of a good that causes production costs to fall. If demand for t

victus00 [196]

Answer:

major key

Explanation:

the decrease of the price and quantity

6 0

2 years ago

Eric receives a portion of his income from his holdings of interest-bearing U.S. government bonds. The bonds offer a real intere

MArishka [77]

Solution :

Given :

The bonds offer a $\text{real interest rate}$ of 4.5% per year

Tax rate = 10% = 0.10

Inflation rate = 2

$\text{Nominal interest rate}$ = $\text{real interest rate}$ + $\text{inflation rate}$

$\text{Nominal interest rate}$ = 2 + 4.5

= 6.5

$\text{After tax nominal rate}$ = $\text{Nominal interest rate}$ $\times (1-\text{tax rate})$

$\text{After tax nominal interest rate}$ = $6.5 \times (1-0.10)$

$=6.5 \times 0.90$

= 5.85

After tax real interest rate = $\text{after tax nominal rate}$ - $\text{inflation rate}$

= 5.85 - 2.0

= 3.85

$\text{Inflation rate}$ = 7.0

$\text{Real interest rate = 4.5}$

$\text{Nominal interest rate}$ = $\text{real interest rate}$ + $\text{inflation rate}$

= 7 + 4.5

= 11.5

$\text{After tax nominal interest rate}$ = $\text{Nominal interest rate}$ $\times (1-\text{tax rate })$

$=11.5 \times (1 - 0.10)$

$=11.5 \times 0.90$

= 10.35

$\text{After tax nominal interest rate}$ = 11.5 x (1 - 0.10)

= 11.5 x 0.90

= 10.35

$\text{After tax nominal interest rate}$ = $\text{after tax nominal rate}$ - $\text{inflation rate}$

= 10.35 - 7.0

= 3.35

Putting all the value in table :

$\text{Inflation rate}$ Real interest Nominal interest After tax nominal After tax

rate rate interest rate interest rate

2.0 4.5 6.5 5.85 3.85

7.0 4.5 11.5 10.35 3.35

Comparing with the $\text{higher inflation rate}$ , a $\text{lower inflation rate}$ will increase the after after tax real interest rate when the government taxes nominal interest income. This tends to encourage saving, thereby increase the quantity of investment in the economy and the increase the economy's long-run growth rate.

7 0

2 years ago

New correctional treatment specialists might be required to work under a trial period, called a(n)

Jet001 [13]

The trial period is called the probationary period. Typically last 90 days & the employee as well as the employer can end the work relationship without reason or cause. Sometimes the job fit is not right but at least this gives both parties to see how the situation works.

7 0

2 years ago

Information on Wolfen Company's direct labor costs for the month of January follows: Actual direct labor rate $5.00 Standard dir

xeze [42]

Answer:

Standard Rate = $ 5.65

Explanation:

Wolfen Company

Actual direct labor rate $5.00

Standard direct labor hours allowed 11,000

Actual direct labor hours 10,000

Direct labor rate favorable $6,500

Using formula to find the unknown figure

Direct Labor Rate variance = Actual Hours ( Standard Rate-Actual Rate)

$6,500= 10,000( Standard Rate-5)

$6,500/10,000 = (Standard Rate-5)

0.65+ 5=Standard Rate

Standard Rate=5+0.65= $ 5.65

We can check by putting it in another formula

Direct Labor Rate variance= (actual hours * standard rate)-(actual hours* actual rate)

$6,500=(10,000*Standard Rate)-( 10,000 *5.0)

$6,500= (10,000*5.65)-( 10,000 *5.0)

$6,500= (56,500)-( 50,000 )

$6,500=$6,500 (favorable) when standard price is higher than actual price

3 0

2 years ago

Global reserves of oil, gas, and coal are still abundant. <br> a. True <br> b. False

tiny-mole [99]

I think the answer must be True! Because the scientist are uncertain of how long the resources will be last. Hope it helped you! Have a great day! :)

3 0

2 years ago