You are given the sample mean and the population standard deviation. Use this information to construct the​ 90% and​ 95% confidence intervals for the population mean. Interpret the results and compare the widths of the confidence intervals. If​ convenient, use technology to construct the confidence intervals.

A random sample of 35 home theater systems has a mean price of ​$144.00. Assume the population standard deviation is $15.90.

A. Construct a 90% confidence interval for the population mean.

The 90% confidence interval is (__,__)

You are given the sample mean and the population standard deviation. Use this information to construct the​ 90% and​ 95% confidence intervals for the population mean. Interpret the results and compare the widths of the confidence intervals. If​convenient, use technology to construct the confidence intervals.

A random sample of 50 home theater systems has a mean price of ​$130.00. Assume the population standard deviation is $15.50.

Construct a​ 90% confidence interval for the population mean.

The​ 90% confidence interval is __,__

You are given the sample mean and the population standard deviation. Use this information to construct the​ 90% and​ 95% confidence intervals for the population mean. Interpret the results and compare the widths of the confidence intervals. If​ convenient, use technology to construct the confidence intervals.

A random sample of 60 home theater systems has a mean price of $111.00. Assume the population standard deviation is $16.20.

The 90% confidence interval is(--,--)

The 99% confidence interval is(--,--)

Which interval is wider?

In Python

Suppose there is a movie theater who charges ticket based on ages. Less than 3 years old, free; between 3 to 12, $10; more than 12 years old, $15. Please design a program with loop to,

1) Ask the name then age of the audience,

2) Based on audience's input, tell the audience (with the person's name) how much is the ticket,

3) Stop the program when type in 'quit' in your program.

You are considering opening a drive-in movie theater and running it for ten years. You have spent after-tax $10,000 researching the land that will be used for theater, but if you take the project you expect to incur another immediate after-tax expense of $20,000 as you work with a consulting firm to decide how to most efficiently run the business.

The project entails an immediate $100,000 capital expenditure, which can be depreciated over 10 years. You expect to sell this capital investment for $25,000 at the end of the ten year project. Working capital expenses for the project are $50,000 immediately, $40,000 incurred two years from today, both of which are fully recovered in ten years (at the end of the project).

The project’s operating costs are expected to be $100,000 for each of the first five years and then (starting between t=5 and t=6) grow at -5% per year through the end of the project (i.e., through t=10). You expect the project’s revenues to start at $100,000 starting one year from today and remain constant for the life of the project.

1. ) You decide to use 10% as the project’s opportunity cost of capital. Your expected tax rate is 25%. What is the project’s NPV?

Sophie Bradford is the manager of Anthem's traditional Sunday​ Flicks, sponsored by the Anthem Student Association. The admission price is deliberately set at a very low $ 3.5. Each​ Sunday, a film has two showings and a maximum of 1,600 tickets can be sold for each showing. The rental of the auditorium is $ 280 and labor is $455​,including $120 for Bradford.Bradford must pay the film distributor a​ guarantee, ranging from $ 270 to $ 800, or 40% of gross admission​ receipts, whichever is higher. Before and during the​ show, she sells​ refreshments; these sales average 10% of gross admission receipts and yield a contribution margin of 50 %.

Requirement 1: On June 3, Bradford screened The Descendants. The film grossed $10,500. The guarantee to the distributor was $700 or 40% of gross admission receipts, whichever is larger. What operating income was produced for the student association.

Requirement 2: Recompute the results if the film grossed $1,400

Requirement 3: The​ "four-wall" concept is increasingly being adopted by movie producers. In this​ plan, the​ movie's producer pays a guaranteed fixed rental to the theater owner​ for, say, a​ week's showing of a movie and the producer receives the ticket receipts less the fixed rental. As a theater​ owner, how would you evaluate a​ "four-wall" offer?

art major x=86 x=80 s=4 theater major x=88 x=84 s=6 find the z score for each student b. based on the z score which student performed better within their class c. Find the coefficient of variation for both art and theater classes d. which class was more variable. 3. A landscaper wishes to use several different types of plants. The categories include color (red, yellow, and green), type (flowers and shrubs}, and height (tall, medium and short). how many different combinations can he/she use if she selects one color, one type and one height

4. In a recent study, the following data was obtained in response to the question, do not favor recycling in your neighborhood

No Yes No Opinion

Males 35 20 25

Female 15 25 20

If a person is picked at ramdom

a. what is the probability that the person is either male or has no opinion

b. male given they have no opinion

c. male with opinion

d. has no opinion given they are male

e. a female and a No

f. a No given they are female

g. either female or is a Yes

h. No opinion given they are female

1. Compare and contrast the fields of clinical psychology and counseling psychology. Describe each specialization. In what ways are they similar? In what ways do they differ? Include three similarities and three differences in your answer.

2. When psychologists conduct scientific studies, they have one of three goals: to describe, to correlate, or to experiment. Describe each goal, including how they differ from one another.

3. You're sitting in the theater watching a movie when the fire alarm goes off. You jump and get out of your seat to leave the theater, but the alarm stops and an announcement is made that the alarm was unintentional and there is no emergency. You calm down and go back to enjoying your movie.

Name and explain the roles of the divisions of the autonomic nervous system in your responses.

4. Explain two ways in which the left and right hemispheres of the cerebrum differ in function.

5. Define and differentiate between sensation and perception. Use an example to illustrate your descriptions. Be sure to use the term that describes the conversion of environmental energy into neural signals.

6. Define and differentiate between bottom-up and top-down processing. Give an example of each in a single sensory experience.

*//
1- Add JavaDoc to This classes 
2- Mak a UML
*/
import java.util.*;
public class Display
{
   public static void main(String[] args)
   {
       altEnerCar car1 = new altEnerCar(20000, 2001, 20000);
       altEnerCar car2 = new HydrogenCar(0, 2012, 50000, 100, false);
       altEnerCar car3 = new ElectricCar(0, 2014, 30000, 10, 50);
       altEnerCar car4 = new NaturalGasCar(0, 2000, 60000, 5, 20);
       altEnerCar car5 = new PropaneCar(0, 2011, 45000, 10, true);
      
       ArrayList<altEnerCar> cars = new ArrayList<altEnerCar>();
      
       cars.add(car1);
       cars.add(car2);
       cars.add(car3);
       cars.add(car4);
       cars.add(car5);
       Collections.sort(cars);
       System.out.println(cars);
      
   }


}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */






public class ElectricCar extends NoEmissionsCar
{
   private double batterycharge;
   public ElectricCar()
   {
       this.batterycharge = 200;
   }
   public ElectricCar(double miles, int yearmade, double price, double fuelcost, double batterycharge)
   {
       super(miles, yearmade, price, fuelcost);
       this.batterycharge = batterycharge;
   }
   @Override
   public void setFuelCost(double fuelcost)
   {
       this.fuelcost = fuelcost;
   }
   @Override
   public double getFuelCost()
   {
       return this.fuelcost;
   }
   public void setBatteryCharge(double batterycharge)
   {
       this.batterycharge = batterycharge;
   }
   public double getBatteryCharge()
   {
       return this.batterycharge;
   }
   @Override
   public String toString()
   {
       return "\tMiles: "+miles+"\tMake year: "+yearmade+"\tPrice: "+price+"\tFuel cost: "+fuelcost+"\tBatery Charge: "+batterycharge;
   }


}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */




public abstract class EmissionsCar extends altEnerCar
{
   protected double emissions;
   public EmissionsCar()
   {
       this.emissions = 60;
   }
   public EmissionsCar(double miles, int yearmade, double price, double emissions)
   {
       super(miles, yearmade, price);
       this.emissions = emissions;
   }
   public abstract void setEmissions(double emissions);
   public abstract double getEmissions();
}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */


public class HydrogenCar extends NoEmissionsCar
{
   private boolean infastructure;
   public HydrogenCar()
   {
       this.infastructure = false;
   }
   public HydrogenCar(double miles, int yearmade, double price, double fuelcost, boolean infastructure)
   {
       super(miles, yearmade, price, fuelcost);
       this.infastructure = infastructure;
   }


   
   @Override
   public void setFuelCost(double fuelcost)
   {
       this.fuelcost = fuelcost;
   }
   @Override
   public double getFuelCost()
   {
       return this.fuelcost;
   }
   public void setInfastructure(boolean infastructure)
   {
       this.infastructure = infastructure;
   }
   public boolean getInfastructure(boolean infastructure)
   {
       return this.infastructure;
   }
   @Override
   public String toString()
   {
       return "\tMiles: "+miles+"\tMake Year: "+yearmade+"\tPrice: "+price+"\tFuel Cost: "+fuelcost+"\tInfrastructure: "+infastructure;
   }
}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */


public class NaturalGasCar extends EmissionsCar
{
   private double methaneemissions;
   public NaturalGasCar()
   {
       this.methaneemissions = 15;
   }
   public NaturalGasCar(double miles, int yearmade, double price, double emissions, double methaneemissions)
   {
       super(miles, yearmade, price, emissions);
       this.methaneemissions = methaneemissions;
   }


    
   @Override
   public void setEmissions(double emissions)
   {
       this.emissions = emissions;
      
   }
   @Override
   public double getEmissions()
   {
       return this.emissions;
   }
   public void setMethaneEmissions(double methaneemissions)
   {
       this.methaneemissions = methaneemissions;
      
   }
   public double getMethaneEmissions()
   {
       return this.methaneemissions;
   }
   @Override
   public String toString()
   {
       return "\tMiles: "+miles+"\tMake Year: "+yearmade+"\tPrice: "+price+"\tEmission: "+emissions+"\tMethane Emission: "+methaneemissions;
   }


}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */




public abstract class NoEmissionsCar extends altEnerCar
{
   protected double fuelcost;
   public NoEmissionsCar()
   {
       this.fuelcost = 30;
   }
   public NoEmissionsCar(double miles, int yearmade, double price, double fuelcost)
   {
       super(miles, yearmade, price);
       this.fuelcost = fuelcost;
   }
   public abstract void setFuelCost(double fuelcost);
   public abstract double getFuelCost();
}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */


public class PropaneCar extends EmissionsCar
{
   private boolean infastructure;
   public PropaneCar()
   {
       this.infastructure = true;
   }
   public PropaneCar(double miles, int yearmade, double price, double emissions, boolean infastructure)
   {
       super(miles, yearmade, price, emissions);
       this.infastructure = infastructure;
   }
   @Override
   public void setEmissions(double emissions)
   {
       this.emissions = emissions;
      
   }
   @Override
   public double getEmissions()
   {
       return this.emissions;
   }
   public void setMethaneEmissions(boolean infastructure)
   {
       this.infastructure = infastructure;
      
   }
   public boolean getMethaneEmissions()
   {
       return this.infastructure;
   }
   @Override
   public String toString()
   {
       return "\tMiles: "+miles+"\tMake Year: "+yearmade+"\tPrice: "+price+"\tEmissions: "+emissions+"\t Infrastructure: "+infastructure;
   }


}

/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */


/**
 *
 * @author charl
 */
public class altEnerCar implements Comparable<altEnerCar>
{
   protected double miles;
   protected int yearmade;
   protected double price;
  
   public altEnerCar()
   {
       this.miles = 0;
       this.yearmade = 2019;
       this.price = 50000;
   }
   public altEnerCar(double miles, int yearmade, double price)
   {
       this.miles = miles;
       this.yearmade = yearmade;
       this.price = price;
   }
   public void setMiles(double miles)
   {
       this.miles = miles;
   }
   public void setYearMade(int yearmade)
   {
       this.yearmade = yearmade;
   }
   public void setPrice(double price)
   {
       this.price = price;
   }
   public double getMiles()
   {
       return this.miles;
   }
   public int getYearMade(int yearmade)
   {
       return this.yearmade;
   }
   public double getPrice()
   {
       return this.price;
   }
   public String toString()
   {
       return "\nmiles: "+miles+"\nyear made: "+yearmade+"\nprice: "+price;
   }
   public int compareTo(altEnerCar otherAECar)
   {
       return -1*(Double.valueOf(otherAECar.getPrice()).compareTo(this.price));
   }
  
}