Task 2 requires you to accurately complete the activities described in each question. Complete the answers in your own Excel document, putting your name at the top along with the Task and Task letter appropriate to each answer and submit below for your Assessor.

a) Make the Journal entry to record the sale of merchandise that cost $6,000, for $10,000 cash.

b) Record journal entries for the following transactions.

• Purchased office furniture for $3,200, agreed to pay the entire amount in 2 years
• Purchased computers for the office for $1,200 cash
• Paid for rent for the next 3 months, $600
• Purchased office supplies for $75 cash
• Purchased inventory on credit for $15,000
• Paid $11,000 to the supplier for the inventory purchased in previous bullet point
• Hired employees who will begin work in 2 weeks.

c) Record journal entries for the following transactions. After recording the transactions, prepare a ‘T-account’ and balance the accounts payable account.

• Purchased manufacturing equipment for $20,000 cash
• Purchased office furniture on credit, $2,700
• Paid for insurance for the next 6 months, $2,200
• Purchased inventory on credit, $15,000
• Purchased supplies for cash, $100
• Paid the supplier $14,000 for inventory purchased on credit
• Invested $3,000 in a short-term investment.

d) A company had the following transactions during the first month of operations. Record journal entries for these transactions. Determine the balance in the cash account at the end of the first month.

• Purchased inventory to be sold to customers, $45,000 on credit
• Rented warehouse space, $6,000 was paid for this month
• Sold $5,000 of inventory on credit (you have not been paid yet), sales price of $7,500
• Acquired office furniture for $3,000 cash
• Paid $12,000 to employees who worked this month
• Acquired manufacturing equipment costing $39,000, paid cash
• Paid $700 for cleaning
• Received a $100 utility bill for this month
• Collected $7,500 owed from customers.

e) A company had the following transactions during the first month of operations. Record journal entries for each transaction. Determine the balance in the cash account at the end of the first month.

• Borrowed $150,000 cash from the bank. $30,000 is to be repaid at the end of each year for the next 5 years
• Purchased inventory; $30,000 to be paid in 30 days
• Rented warehouse space; $2,000 was paid for this month
• Paid $300 for advertising to be run equally over this month and the next 2 months
• Purchased computer equipment; paid $3,000 and put $2,000 on credit
• Employees worked and earned $3,900; employees were paid $3,300
• Sold $15,000 of inventory on credit for a sales price of $25,000
• Purchased $500 of office supplies on credit, not yet used
• Acquired manufacturing equipment costing $55,000; paid ½ up front and agreed to make monthly payments for the balance for 3 years
• Paid $25,000 on accounts owed
• Collected $10,000 from customers for amounts owed
• Received $1,200 from a customer for services to be performed next month.

A company recently completed its Initial Public Offering (IPO). The shares were offered for sale at $40 each. On the first day of trading on the stock exchange the share price was $64.35. Why weren't the shares offered for sale at a higher price?

Provide full debits and credits

Dorothy Santosuosso does a lot of investing in the stock market and is a frequent user of​ stock-index options. She is convinced that the market is about to undergo a broad retreat and has decided to buy a put option on the​ S&P 100 Index. The put carries a strike price of 906 and is quoted in the financial press at $14.51. Although the​ S&P Index of 100 stocks is currently at 900.43​, Dorothy thinks it will drop to 851 by the expiration date on the option. How much profit will she​ make, and what will be her holding period return if she is​ right? How much will she lose if the​ S&P 100 goes up​ (rather than​ down) by 25 points and reaches 925 by the date of​ expiration?

A stock trades for ​$44 per share. A call option on that stock has a strike price of ​$52 and an expiration date six months in the future. The volatility of the​ stock's returns is 47​%, and the​ risk-free rate is 6​%. What is the Black and Scholes value of this​ option?

1. a)            From the following sets of figures (i) Calculate the bank discount rate on each T-bill and

(ii) Convert that rate to the appropriate investment (or coupon equivalent) yield.

                                – A new three-month T-bill sells for US98.25 on a US$100 basis.

                                – The investor can buy a new 12-month T-bill for US$96 on a US$100 basis.

– A 30 – day bill is available from a government securities dealer at a price of US$97.50

    (per US$100).

2.             Calculate the holding – period yield for the following situations:
3. The investor buys a new 12 – month T-bill at a discount rate of 7½ percent. Sixty days later, the bill is sold at a price that results in a discount rate of 7 percent.
4. A large manufacturing corporation acquired a T-bill in the secondary market 30 days from its maturity but is forced to sell the bill 15 days later. At time of purchase, the bill carried a discount rate of 8 percent, but was sold at Discount Rate of 7¾ percent.

Not sure where to begin on this c++ assignment. The instructions are to enclose the current contents of the print_output function into a try block that throws two different exceptions based on which line catches the bad input (shape or color). You will then print an appropriate message based on the type of exception that was thrown.

this is what I have so far:

#include <stdlib.h>
#include <time.h>
#include <stdio.h>
#include <iostream>

namespace color {
       enum color{
         red   = 0xFF0000,
       green = 0x00FF00,
       blue = 0x0000FF,
       white = 0x000000

};
}
namespace shape {
       enum shape{
         circle = 0,
       triangle = 1,
       square = 2
};
}
void print_object(int color, int shape) {

   int r = color >> 16 & 0xFF;
   int g = (color >> 8) & 0xFF;
   int b = color & 0xFF;

   color::color estimated_color = color::white;

   if ( (r > g) and (r > b) ) {
       estimated_color = color::red;
   }
   else if ( (g > r) and (g > b) ) {
       estimated_color = color::green;
   }
   else if ( (b > r) and (b> g) ) {
       estimated_color = color::blue;
   }
   std::cout<<"The object is a ";
   switch ( estimated_color ) {
   case color::red: std::cout<<"red "; break;
   case color::green: std::cout<<"green "; break;
   case color::blue: std::cout<<"blue "; break;
   default: exit(1);
   }

   switch ( shape ) {
   case shape::triangle: std::cout<<"triangle";break;
   case shape::square: std::cout<<"square "; break;
   case shape::circle: std::cout<<"circle "; break;
   default: exit(1);
   }
   std::cout<<std::endl;
}
int main() {
   int random_color = 0;
   int random_shape = 0;
   srand(time(NULL));
   print_object(color::red, shape::circle);
   print_object(color::green, shape::square);
   print_object(color::blue, shape::square);
   for (int i=0; i < 10; i++) {
       random_color = rand() % 0xFFFFFF;
       random_shape = rand() % 3;
       print_object(random_color, random_shape);
   }
   return (0);
}

How would you prepare 100 ml of 0.1% Triton-X-100 detergent solution from a 100% Triton-X-100 stock?