Consider a monopolist facing the following situation: Quantity 0 10 20 30 40 50 60 70 Price $50… 1 answer below »

Consider a monopolist facing the following situation:

Quantity

0

10

20

30

40

50

60

70

Price

$50

$45

$40

$35

$30

$25

$20

$15

Marginal Revenue

$50

$40

$30

$20

$10

$0

$.10

$.20

Total Cost

$100

$350

$525

$700

$925

$1225

$1650

$2250

Marginal Cost

$30

$20

$15

$20

$25

$35

$50

$70

Average

Total Cost

$35

$26.3

$23.3

$23.1

$24.5

$27.5

$32

A) Graph the following:

Demand Curve

Marginal Revenue Curve

Marginal Cost Curve

Average Total Cost Curve

B) Identify the profit maximization point for the monopolist. What are the price and quantities that will maximize profit? What is the total profit received at this point?

C) Suppose you were the regulator of this monopoly and you wished to set price and quantity at the perfectly competitive price and quantity, what would those values be?

D) Compare the results you got in B with the results in C.

 

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The transportation manager for the State of New Jersey has determined that the time between arrivals

The transportation manager for the State of New Jersey has determined that the time between arrivals at a toll booth on the state’s turnpike is exponentially distributed with λ = 4 cars per minute. Based on this information, what is the probability that the time between any two cars arriving will exceed 11 seconds?

 

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Did you know that there have been thousands of people hospitalized due illnesses related to… 1 answer below »

Questions: 1. Did you know that there have been thousands of people hospitalized due illnesses related to vaping and that people have even died? This is a yes/no question. 2. What 3 scientific fact(s) about vaping stands out from the resources that are important in deciding whether vaping should be illegal? These can be health-related facts or chemical facts or results from experiments.

Attachments:

 

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Please advise how much you would charge for 8 substative posts (100 words each) for Week 5 SOC/315.

Please advise how much you would charge for 8 substative posts (100 words each) for Week 5 SOC/315.

Cultural Diversity

    • Posted: 4 years ago
    • Due: 12/10/2015
    • Budget: $15
     

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    After constructing a relative frequency distribution summarizing IQ scores of college students, what 1 answer below »

    After constructing a relative frequency distribution summarizing IQ scores of college students, what should be the sum of the relative frequencies? Choose the correct answer below. A. If percentages are used, the sum should be 0%. If proportions are used, the sum should be 0. B. If percentages are used, the sum should be 100%. If proportions are used, the sum should be 1. C. If percentages are used, the sum should be 100%. If proportions are used, the sum should be 100. D. If percentages are used, the sum should be 1%. If proportions are used, the sum should be 100.

    Attachments:

     

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    How is managing people making things different from managing people who are managing customer experi

    How is managing people making things different from managing people who are managing customer experiences?

     

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    The following is a portion of a classic data set called the “pilot plot data” in FittingEquations…

    The following is a portion of a classic data set called the “pilot plot data” in FittingEquations to Data by Daniel and Wood, published in 1971. The response y is the acidcontent of material produced by titration, whereas the regressor x is the organic acidcontent produced by extraction and weighing.(a) Estimate the regression line.(b) Estimate the acid content of material produced by titration for an organic acid of 93.

     

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    EXPERIMENT #9 DETERMINING THE ENTHALPY OF A CHEMICAL REACTION Used 50ml of NaOH. Reactions are…

    EXPERIMENT #9 DETERMINING THE ENTHALPY OF A CHEMICAL REACTION

    Used 50ml of NaOH. Reactions are provided in second picture.

    Computer 13 14. Conduct this reaction in a fume hood or in a well-ventilated area. Repeat Step 10 to conduct the reaction and collect temperature data. DATA TABLE Reaction 2 Reaction 3 Reaction 1 Maximum temperature ('c) 35.5 C 322.47 35,6C Initial temperature (“C) Temperature change (AT) |1니 13Yoll'ugoC | 03 DATA ANALYSIS 1. Calculate the amount of heat energy, g, produced in each reaction. Use 1.03 g/mL for the density of all solutions. Use the specific heat of water, 4.18 J/(g C), for all solutions. 2 Calculate the enthalpy change, Alf, for each reaction in ge, A/, for each reaction in terms of kJ/mol of each reactant. 3. Use your answers from 2 above and Hess's law to determine the experimental molar enthalpy for Reaction 3. 4. Use Hess's law, and the accepted values of AH in the Pre-Lab Exercise to calculate the AFI for Reaction 3. How does the accepted value compare to your experimental value? 5. Does this experimental process support Hess's law? Suggest ways of improving your results. of the reactions ag ucous solution of sodium hydroxide reacts with an aqueous solution of lution of sodium hydroxide reacts with an aqueous solution of Reaction 1: An s hydrochloric acid, yielding water RC Reaction 2: An áqueous so ammonium chloride, yielding aqueous ammonia, NH3, and water. Reaction 3: An aqueous solution of hydrochloric acid reacts With aqueous ammonia, NHs, yielding aqueous ammonium chloride ΔΗ (kJ/mol) Reaction Balanced reaction equation -58 ke 2 O. -133.3 3 PROCEDURE Computer 13 14. Conduct this reaction in a fume hood or in a well-ventilated area. Repeat Step 10 to conduct the reaction and collect temperature data. DATA TABLE Reaction 2 Reaction 3 Reaction 1 Maximum temperature ('c) 35.5 C 322.47 35,6C Initial temperature (“C) Temperature change (AT) |1니 13Yoll'ugoC | 03 DATA ANALYSIS 1. Calculate the amount of heat energy, g, produced in each reaction. Use 1.03 g/mL for the density of all solutions. Use the specific heat of water, 4.18 J/(g C), for all solutions. 2 Calculate the enthalpy change, Alf, for each reaction in ge, A/, for each reaction in terms of kJ/mol of each reactant. 3. Use your answers from 2 above and Hess's law to determine the experimental molar enthalpy for Reaction 3. 4. Use Hess's law, and the accepted values of AH in the Pre-Lab Exercise to calculate the AFI for Reaction 3. How does the accepted value compare to your experimental value? 5. Does this experimental process support Hess's law? Suggest ways of improving your results.

    of the reactions ag ucous solution of sodium hydroxide reacts with an aqueous solution of lution of sodium hydroxide reacts with an aqueous solution of Reaction 1: An s hydrochloric acid, yielding water RC Reaction 2: An áqueous so ammonium chloride, yielding aqueous ammonia, NH3, and water. Reaction 3: An aqueous solution of hydrochloric acid reacts With aqueous ammonia, NHs, yielding aqueous ammonium chloride ΔΗ (kJ/mol) Reaction Balanced reaction equation -58 ke 2 O. -133.3 3 PROCEDURE

     

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    Rewrite the following commands as polite requests. Example: Sign your name here. Request: Would you.

    Rewrite the following commands as polite requests.

    Example:

    Sign your name here.

    Request:

    Would you mind signing your name here, please?

    i.do it again.

    ii.Do not speak so loudly.

    iii.Give me a glass of water.

    iv.Wait here.

    v.Turn on the fan.

     

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