For a live play like The Tempest or any play similar hat does the performance suggest about the role of theater in contemporary culture?
In: Psychology
XYZ operates a movie theater. A movie ticket is $16.00 per ticket, and costs nothing. On average 40% of the customers will buy a soda ($6 each, cost $1); 60% will buy food ($6 average price with a cost of $2). The fixed costs are $387,600.
Make sure to show your weighted average calculations, "bundle" calculations, and final answers.
In: Accounting
***PYTHON PLEASE***
I'd also like to use decimal to two places when calculating the money $$ values for budget and fee areas.
Thank you!
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Create a Park class. Include the following seven data members:
Name of Park
Location
Type of Park (National, State or Local)
Fee
Number of Employees
Number of visitors reported for the past 12 months
Annual Budget
Write your __init__ class
In addition write four separate instance methods that:
Return a string containing the name of the park, the location and type of park.
Computes the cost per visitor based on annual budget, and the number of visitors during the last 12 months.
Computes the revenue from fees for the past year based on number of visitors and fee.
Prints the values of all of the data members with appropriate labels.
Create a second class to test all aspects of your Park class.
In: Computer Science
PLEASE DO THIS IN C#.Is there a Prius version? Did you know that the average Boeing 747 airplane uses approximately 1 gallon of fuel per second? Given the speed of the airplane, that means it gets 5 gallons to the mile. No, not 5 miles to the gallon, 5 gallons to the mile. You may be questioning why such a horribly inefficient machine is allowed to exist, but you’ll be happy to find out that, because this airplane hold 568 people, it averages about 0.01 gallons per person – (100 miles per gallon per person). Your job is to design (pseudocode) and implement (source code) a program that asks the user for a distance the plane has to fly (i.e. the length of the trip) and also asks the cost of jet fuel (which is currently $1.80 per gallon). The program should then calculate the total fuel charges to make the trip. Next, ask the user how many people will fly, as well as the average cost of a ticket. Finally, print the total profit made (or lost) and the average gas mileage per person. Document your code and properly label the input prompts and the outputs as shown below. Sample run 1: Enter the flight distance: 1000 Enter the current cost of jet fuel: $2 The flight will cost $10000.0 in fuel. Enter the number of passengers: 5 Enter the average cost of a ticket: 1000 You will make a profit of $-5000.0 You averaged 1.0 miles per person per gallon!
In: Computer Science
PLEASE ANSWER
USING C#
Is there a Prius version? Did you know that the average Boeing 747 airplane uses approximately 1 gallon of fuel per second? Given the speed of the airplane, that means it gets 5 gallons to the mile. No, not 5 miles to the gallon, 5 gallons to the mile. You may be questioning why such a horribly inefficient machine is allowed to exist, but you’ll be happy to find out that, because this airplane hold 568 people, it averages about 0.01 gallons per person – (100 miles per gallon per person). Your job is to design (pseudocode) and implement (source code) a program that asks the user for a distance the plane has to fly (i.e. the length of the trip) and also asks the cost of jet fuel (which is currently $1.80 per gallon). The program should then calculate the total fuel charges to make the trip. Next, ask the user how many people will fly, as well as the average cost of a ticket. Finally, print the total profit made (or lost) and the average gas mileage per person. Document your code and properly label the input prompts and the outputs as shown below.
Sample run 1:
Enter the flight distance: 1000
Enter the current cost of jet fuel: $2 The flight will cost $10000.0 in fuel.
Enter the number of passengers: 5
Enter the average cost of a ticket: 1000
You will make a profit of $-5000.0
You averaged 1.0 miles per person per gallon!
In: Computer Science
The domestic demand for bicycles is given by Q = 32/0.3 – P/0.3 The foreign supply is given by P = 16 and domestic supply by Q = P/0.4 - 12/0.4
If a 3$ tarriff is added compute the price and quantity in equilibrium with free trade, and again in the presence of the tariff.
Show the dead-weight loss
Explain costs and benefits of a tariff
In: Economics
There are a number of national and state parks available to tourists. Create a Park class which should have name of park, location, type of (i.e., national, state, local) facility, fee, number of employees, number of visitors recorded for the past 12 months, and annual budget data members. Write instance methods that: a) Return a string representing name of the park, the location and type of park. b) Return a string representing the name of the park, the location and facilities available c) Compute cost per visitor based on annual budget and the number of visitors during the last 12 months. d) Compute revenue from fees for the past year based on number of visitors and fee.
In: Computer Science
New York City is the most expensive city in the United States for lodging. The mean hotel room rate is $204 per night (USA Today, April , ). Assume that room rates are normally distributed with a standard deviation of $55.
a. What is the probability that a hotel room costs $225 or more per night (to 4 decimals)?
b. What is the probability that a hotel room costs less than $140 per night (to 4 decimals)?
c. What is the probability that a hotel room costs between $200 and $300 per night (to 4 decimals)?
d. What is the cost of the 20% most expensive hotel rooms in New York City? Round up to the next dollar.
In: Math
The daily demand for hotel rooms on Miami in Florida is given by the equation Qd= 150,000 – 275P. The daily supply of hotel rooms on Miami is given by the equation Qs= 25,000 +312.5P. Diagram these demand and supply curves in the price. What is the equilibrium price and quantity of hotel rooms on Miami?
In: Economics
Consider a hotel which can supply an unlimited number of hotel rooms at the constant marginal cost c = 20 per room per night, so that the hotel’s total cost function is given by C(q) = 20q.1 Assume that demand for hotel rooms in Tallahassee takes two possible values: on game days, demand is described by the demand curve q = 100 − p, while on non-game-days demand is described by the demand curve q = 60 − 2p.
First suppose that the hotel acts as a price taker.
(a) What does it mean for the hotel to act as a price taker? What condition determines a price taker’s optimal supply decision?
(b) Assuming the hotel acts as a price taker, what will be the equilibrium price and quantity sold on game days? What about on non-game-days? (Remember, the hotel’s marginal cost is constant!)
(c) Briefly discuss, without solving, how your results in (b) would change if the hotel instead had increasing marginal costs (say for example MC(q) = qrather than MC = 20).
In: Economics