1. The demand and supply schedules for hot dogs are:

a. What are the equilibrium price and equilibrium quantity of hot dogs?

b. If the price for hot dogs were 90 cents, describe the situation in the market for hot dogs and explain what would happen next in the market.

c. Assume a new breed of “lipless” pigs is bred, resulting in a decrease in supply of 40 million hot dogs per week. What is the new equilibrium price and quantity in the market?

d. Assume that, at the same time that part c. occurs, a Canadian news magazine prints a story regarding the cancer-reducing effects of hot dog consumption. The result is an increase to demand of 20 million hot dogs per week. What is the new equilibrium price and quantity in the market?

This is my coded "multipath adventure" that I created. Now I have to modify it to include loops but I am really struggling to do so. Below are the instructions and my current code that needs to be modified. Thank you in advance!

• You must have at least 1 for loop in your code
  • The for loop must actually be used as a loop, and it must have real effect in your program (it is theoretically possible to use the for loop syntax without actually using it as a loop or creating any real effect, but if you do this you will lose points)
• You must have at least 1 while loop in your code
  • The note on for loops above applies equally to this deduction regarding while loops
• You must have at least 1 instance of rand() in your code
  • Your use of rand() must have real effect in your program (it is possible to use rand() to generate a random number without actually using the random number, but if you do this you will lose points
• The above are REQUIREMENTS and below are just some SUGGESTIONS
  • Use a while loop to enable the player to play your game multiple times
  • Create an input function that utilizes a loop to prompt for and validate user input
    • Takes a prompt (string) as the argument
    • Returns the valid input (string)
  • For the requirement to use at least 1 for loop:
    • Consider using for loop(s) to draw box or stars around prompt in your input function (see above)
  • For the requirement to use at least 1 instance of rand():
    • Consider including a randomized process in your game, such as rolling a die, and using rand() to simulate the process
    • Consider including a point where the game randomly selects between multiple possible descriptions. For example, you could have the game randomly decide whether to describe the weather as "sunny" or "rainy".

#include<iostream>
#include<string>
using namespace std;

string getChoice1()
{

string choice1;

cout << "You wake up on the weekend and you don't know what to do. Do you..." << endl;
cout << "a. Be responsible and get some homework done" << endl;
cout << "b. Start watching some TV" << endl;

cin >> choice1;

return choice1;

}

string getChoice4()
{

string choice4;

cout << "Good job! Now you must choose which homework to do! Do you want..." << endl;
cout << "a. Computer Science" << endl;
cout << "b. Work on another subject" << endl;

cin >> choice4;

return choice4;

}

void getChoice5(string choice4, string &choice5)
{

if (choice4 == "b")
{

cout << "That's alright. But what other subject do you want to do?" << endl;
cout << "a) Research design and analysis" << endl;
cout << "b) IT&C" << endl;

cin >> choice5;

}

}

void getChoice2(string &choice2)
{

cout << "That's okay! What should you watch?"; cout << "a) Reality TV" << endl;
cout << "b) a movie" << endl;

cin >> choice2;

}

void getChoice3(string &choice3)
{

cout << "Cool. Now you must choose which show to watch. Do you want to watch..." << endl;
cout << "a) The Real Housewives of Salt Lake City" << endl;
cout << "b) Criminal Minds" << endl;

cin >> choice3;

}

int main ()
{

string choice1,choice2,choice3,choice4,choice5;

choice1 = getChoice1();

if (choice1 == "a")
{

choice4 = getChoice4();

}

if (choice4 == "a")
{

cout << "Perfect. You sit down and begin your main lab 4 for CS 142. THE END" << endl;

return 0;

}

getChoice5(choice4,choice5);

if (choice5 == "a")
{

cout << "Sounds good. You sit down and begin module 3. THE END." << endl;

return 0;

}

else if(choice5=="b")
{

cout << "Ok. You begin your quiz for IT&C. THE END." << endl;

return 0;

}

if (choice1 == "b")
{

getChoice2(choice2);

}

if (choice2 == "b")
{

cout << "Great choice! You decide to stay in bed and watch a movie. THE END" << endl;

return 0;

}

else
{

getChoice3(choice3);

}

if (choice3 == "b")
{

cout << "Great! You end up watching Criminal Minds! THE END" << endl;

}

else
{

cout << "You end up trying to watch RHSL but find out it has not come out yet so you end up going with option b anyways. THE END" << endl;

}

}

Explain why each of the following statements is True, False, or Uncertain according to economic principles. Use diagrams where appropriate.

112-A1-1. Suppose high-speed rail links between two pairs of cities cost a total $1B each. The first pair of cities has already spent $200M (that cannot be recovered) on the preliminary surveying work, while the second pair has not yet begun work. It is more likely that the first pair of cities will complete the project than that the second pair will undertake the project.

112-A1-2. In an economy that produces only guns and butter, if the economy is currently producing only butter, then the opportunity cost of guns is zero.

112-A1-3. Suppose that Ontario can produce wheat at $1/bushel and corn at $3/bushel and Quebec can produce wheat at $4/bushel and corn at $4/bushel. Ontario has an absolute advantage in corn production, but Quebec has a comparative advantage in corn production.

112-A1-4. The data in 112A1-3 tells us that trading corn from Quebec to Ontario at a price of 2 bushels of corn per bushel of wheat will make both provinces better off.

112-A1-5. If the demand curve for a good is given by Qd=100-P and the supply curve for the good is given by Qs=-100+19P, the equilibrium in the market {P, Q} is {10, 90}

[The following information applies to the questions displayed below.]

Allied Merchandisers was organized on May 1. Macy Co. is a major customer (buyer) of Allied (seller) products.

Prepare the appropriate journal entries for Macy Co. to record each of the May transactions. Macy is a retailer that uses the gross method and a perpetual inventory system, and purchases these units for resale. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field.)

ASAP PLEASE!!!! USING JAVA

/*

1. When should you use a do-while loop?

** Write your answer as a multi-line Java comment **

*/

/*

2. Identify the algorithm that matches this code snippet. Your choices are:

  sum and average, counting matches, first match, prompt until match, and

  comparing adjacent values.  Write your answer below the coded.     

  int firstNum = 0;

  int number = scnr.nextInt();

  while (scnr.hasNextInt())

  {

  int input = scnr.nextInt();

  if (input == number)

  {

  firstNum++;

  }

  }

  My answer is:

*/

/*

3.

  Write a Java code snippet with a do-while loop to validate user input. Prompt the

  user to enter a value less than 100. If the user doesn't enter a value less than 100,

ask again until they provide a valid number. Print the valid number to the console.

*/

/*

4. Write a Java code snippet with a nested for loop to

  print five rows of six random integers between 5 and 10 inclusive.

*/

/*

5. Currency conversion: Write a snippet that first asks the user to type

  today's US dollar price for one  Euro. Then use a loop to:

-- prompt the user to enter a Euro amount. (allow decimals)

-- convert that amount to US dollars. (allow decimals)

-- print the amount to the screen, formatted to two decimal places

Use 0 as a sentinel to stop the loop.

*/

Required information

Allied Merchandisers was organized on May 1. Macy Co. is a major customer (buyer) of Allied (seller) products.

Prepare the appropriate journal entries for Macy Co. to record each of the May transactions. Macy is a retailer that uses the gross method and a perpetual inventory system, and purchases these units for resale. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field.)

For each of the problems below solve for monopoly quantity, monopoly price, total revenue, total cost, profit, and dead weight loss.

Qd = 100 – 0.5p                            TC = 2Q²

Qd = 500 – 0.2p                            TC = Q² + 100Q        

Qd = 30 – 0.6p                              TC = Q² + 10Q +100

QD = 1000 – 0.25p                       TC = 2Q² + 25Q + 100

Edie died last month owning a whole life insurance policy on her husband Rob’s life. The death benefit amount was $500,000 and the insurance company valued the policy at $80,000. Edie was the beneficiary of the policy and her son Manny was the contingent owner.

What amount is included in Edie’s estate? Is the policy part of Edie’s probate estate? Explain your answers.

Nellie Fox maintains her home in which she and her daughter reside. The daughter does not qualify as Nellie's dependent. Nellie's husband died the previous year. What is Nellie's filing status for the year? Question 13 options: 1) Married filing jointly 2) None of these 3) Head of household 4) Single 5) Surviving spouse.