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3 years ago

Would you use Real GDP or Nominal GDP to accurately calculate growth in 2011? Explain in three to four sentences.

1 answer:

3 0

You would want to use Real GDP because it looks at the inflation and deflation due to price "changes" over the years. Nominal GDP only looks at the current market of today's economy. So with this being said you only want to use Real GDP if your looking back at the economy's history, but you would look at Nominal GDP if you wanted to know the current economy status.

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TL Company has expected earnings of $75 in one year if it does well and $25 if it does poorly. The firm has outstanding debt of

Juliette [100K]

Answer:$27.78

Explanation:

Expected value of debt after one year = (40* .60)+(15*.40)

= 24 + 6

=$ 30

Current value of debt = Value at 1year / (1+r)^n

= 30/ (1+.08)^1

= 30 / 1.08

=$ 27.78

3 0

3 years ago

Adding a chart to the header of a form will result in a(n)

Sonbull [250]

Answer:

Chart without a legend.

Hope this helped.

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3 years ago

Think of two advertisements that you have seen recently, one that you like and one that you dislike. What is each ad trying to s

Alisiya [41]

Answer and Explanation:

An advertisement that I have seen frequently and that has caught my attention is an advertisement about Shampoo for dogs. This announcement has a color palette that I like very much, it has a feeling of balance and freshness. This makes me believe that the dog will feel these sensations if he uses this product, which makes me want to buy it immediately. The dog images, used in the ad, also reinforce this desire, since all dogs are well treated and with very beautiful hair.

However, an ad that has not convinced me to buy the product is an advert about face moisturizer. Although the advertisement is well produced, it promises a miraculous product with effects beyond the capacity of a moisturizer. When watching the ad I feel somewhat deceived and I have negative feelings about the product.

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3 years ago

A. Money taken from your gross pay that you have no control over

zloy xaker [14]

1. Gross income - h. Total income before any deductions are taken

2. Net income - f. Take–home pay

3. Voluntary salary deduction - j. Money you have given

4. Involuntary salary deduction - a. Money taken from your gross pay that you have no control over

5. Fixed expenses - e. Expenditures that are constant from one time period to another

6. Discretionary spending - b. Expenditures that are under your control

7. Fixed income - i. Income that does not vary from one time period to another

8. Principal - d. The initial amount of money that was invested or borrowed

9. Salaried employee - g. Someone who receives a regular salary for employment

10. Insolvent - c. Unable to discharge liabilities or repay debts

4 0

3 years ago

Suppose that the demand for steel in Japan is given by the equation Qd S = 1200 – 4PS + PA + PT, where QS is the quantity of ste

timurjin [86]

Answer: See explanation below for answer.

Explanation:

a) In equilibrium the quantity supplied will equal the quantity demanded in all three markets. Algebraically this implies:

Qd S = Qs S

Qd A = Qs A

Qd T = Qs T

Substituting in the given curves implies:

1200 - 4PS + PA + PT = 4PS

1200 - 4PA + PS + PT = 4PA

1200 - 4PT + PS + PA = 4PT

Solving the first equation for PT and substituting into the second equation implies:

1200 - 4PA + PS + (8PS - PA - 1200) = 4PA

9PS = 9PA

Cancel 9 on both sides, we have:

=> PS = PA

Substituting these results into the third equation implies:

1200 - 4(8PA - PA - 1200) + PA + PA = 4(8PA - PA - 1200)

=> 10800 = 54PA

=> PA = 200

At:

PA = 200

PS = 200

PT = 200

The equilibrium quantities are:

QA = 800

QS = 800

QT = 800

b) Substituting the new supply curve for steel into the equilibrium condition, we have:

1200 - 4PS + PA + PT = PS

1200 - 4PA + PS + PT = 4PA

1200 - 4PT + PS + PA = 4PT

Again solving for PT in the first equation and substituting into the second equation, we have:

1200 - 4PA + PS + (5PS - PA - 1200) = 4PA

=> 6PS = 9PA

=> PS = 1.5PA

Substituting these results into the third equation, we have:

1200 - 4(5(1.5PA) - PA - 1200) + 1.5PA + PA = 4(5(1.5PA) - PA - 1200)

=> 10800 = 49.5PA

=> PA = 218.18

At:

PA = 218.18

PS = 327.27

PT = 218.18

At these prices, the equilibrium quantities are:

QA = 872.72

QS = 327.27

QT = 872.72

The shift in the supply of steel raises the equilibrium price for all three goods, lowering the equilibrium quantity of steel and raising the equilibrium quantities of aluminum and titanium. This last effect comes as a result of the demand curves for aluminum and titanium increasing in response to the shift in the steel supply curve.

c) Returning to the original equilibrium, this shift in the demand for aluminum implies:

1200 - 4PS + PA + PT = 4PS

1500 - 4PA + PS + PT = 4PA

1200 - 4PT + PS + PA = 4PT

Solving the first equation for PT and substituting into the second equation, we have:

1500 - 4PA + PS + (8PS - PA - 1200) = 4PA

=> 9PS + 300 = 9PA

=> PS = PA - 33.33

Substituting these results into the third equation, we have:

1200 - 4(8(PA - 33.33) - PA - 1200) + (PA - 33.33) + PA = 4(8(PA - 33.33) - PA - 1200)

=> 12900 = 54PA

=> PA = 238.89

At:

PA = 238.89

PS = 205.56

PT = 205.56

At these prices, the equilibrium quantities are:

QA = 955.56

QS = 822.24

QT = 822.24

An increase in the demand for aluminum will raise the equilibrium prices and quantities in all three markets. The price and quantity in the steel and aluminum industries increase because as the price of aluminum rises, the demand for steel and titanium increases.

5 0

3 years ago