A city maintains the following funds:

1. General

2.Special Revenue

3.Capital projects

4.Debt service

5.Enterprise

6.Internal service

7. Permanent (trust)

8. Agency

For each of the following transactions, indicate the fund in which each transaction would most likely be recorded:

a.The city collects $3million of taxes on behalf of the country in which it is located

b.It spends $4 million to pave city streets, using the proceeds of a city gasoline tax dedicated for road and highway improvements

c. It receives a contribution of $5 million. Per the stipulation of the donor, the money is to be invested in marketable securities, and the interest from the securities is to be used to maintain a city park.

d.It collects $800,000 in landing fees at the city airport

e.It earns $200,000 on investments set aside to make principal payments on the city's outstanding bonds. The bonds were issued to finance improvements to the city's tunnels and bridges.

f.It pays $4 million to a contractor for work on one of the bridges

g.It pays $80,000 in wages and salaries to police officers

h. It purchases from an outside supplier $40,000 of stationary that it will sell to its various operating departments

1) Complete and balance the following half-reaction: H2SO3(aq)?SO2?4(aq) (acidic solution)

2)Complete and balance the following half-reaction:

NO?3(aq)?NO(g)(acidic solution)

3)Complete and balance the following half-reaction:

O2(g)?H2O(l)(acidic solution)

4)Complete and balance the following half-reaction:

O2(g)?H2O(l) (basic solution)

5)Complete and balance the following half-reaction: Mn2+(aq)?MnO2(s) (basic solution)

6)Complete and balance the following half-reaction: Cr(OH)3(s)?CrO2?4(aq) (basic solution)

1A) The XYZ Stock has an expected return of 12% and a standard deviation of 8%. Assuming that returns are adequately explained by a normal distribution, what is the range of return you would expect to see 95% of the time?

1B) Which of the following statements correctly explains the coefficient of variation (CV)?

(1) The CV is a relative measure of risk/return.

(2) The CV is an absolute measure of risk/return.

(3) The higher the CV value the more acceptable the risk/return profile for a risk-averse investor.

(4) The lower the CV value the more acceptable the risk/return profile for a risk-averse investor.

1C) The common stock of Finn Ice Cream Company has a beta 1.2. The market premium is 6% and the risk-free rate is 4%. What is the required rate of return on this stock (using the CAPM)?

1D) What type of risk might be contained in a 20-year U.S. treasury bond?

(1)  Marketability risk

(2)  Reinvestment risk

(3)  Purchasing-power (inflation) risk

(4)  Default risk

Make a Program in Visual Studio / Console App (.NET Framework)
# language Visual Basic

You will be simulating an ATM machine as much as possible

Pretend you have an initial deposit of 1000.00. You will

Prompt the user with a Main menu:

Enter 1 to deposit

Enter 2 to Withdraw

Enter 3 to Print Balance

Enter 4 to quit

When the user enters 1 in the main menu, your program will prompt the user to enter the deposit amount.

If the user enter more than 2000, Print "Deposit of more than $2000 is not allowed" and

Prompt the user with a SubMenu:

Enter 1 for the Main Menu. If user enters 1, display the main menu

Enter 0 to quit. If user enter 0, exit the application

if the user enters less than 2000,

Print "Deposit Transaction Successful" and

Add the amount to the Balance

Prompt the user with a SubMenu:

Enter 1 for the Main Menu. If user enters 1, display the main menu

Enter 0 to quit. If user enter 0, exit the application

When the user enters 2 in the main menu, your program will prompt the user to enter a withdraw amount.

If the user enter more than 200, Print "Withdrawing more than $200 is not allowed

Prompt the user with a SubMenu:

Enter 1 for the Main Menu. If user enters 1, display the main menu

Enter 0 to quit. If user enter 0, exit the application

If the user enter less than 200, Print "Withdraw Transaction Successful."

deduct the amount from the Balance

Prompt the user with a SubMenu:

Enter 1 for the Main Menu. If user enters 1, display the main menu

Enter 0 to quit. If user enter 0, exit the application

When the user enters 3 in the main menu, print the balance as "Your Current Balance = "

Prompt the user with a SubMenu:

Enter 1 for the Main Menu. If user enters 1, display the main menu

Enter 0 to quit. If user enter 0, exit the application

When the user enters 4 in the main menu, exit the application

When the user enters other than 1-4, print "Invalid Transaction Requested"

Here is the output of my program, with user entered numbers highlighted in yellow

Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit
1
Enter the amount to Deposit
3000
Deposit More than $2000 is not allowed
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit
1
Enter the amount to Deposit
1999
Deposit Transaction successful
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit

3
Your Current Balance =2999
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit
2
Enter the amount to Withdraw
250
Withdrawing More than $200 is not allowed
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit
2
Enter the amount to Withdraw
150
Withdraw Transaction successful
Enter 1 to Main Menu
Enter 2 to Quit

1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit
3
Your Current Balance =2849
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit

5
Invalid Transaction requested
Enter 1 to Main Menu
Enter 2 to Quit
1
Enter 1 for Deposit
Enter 2 for Withdraw
Enter 3 for Print Balance
Enter 4 for Quit

4

Find LRU paging

A program has the following page reference string 0 1 2 3 3 4 2 4 5 3 3 4 6 2 5 6 If we allocate 3 page frames to the program, 1. Please draw a figure to show the page allocation/replacement. 2. How many page faults will be generated?

Fireside, Inc. had the following bond issue:

Required:

Prepare the following general journal entries.

a. The issuance of the bonds on May 1, 20-A.

b. The first interest payment for 20-A.

c. The adjusting entry for December 31, 20-A.

d. The reversing entry for January 1, 20-B.

If an amount box does not require an entry, leave it blank.

In the Cell Phone Survey below, test the hypothesis that the mean responses for Value for the Dollar and Customer Service do not differ by gender.

Using the data in the Excel file Cell Phone Survey, determine if the mean response for Customer Service rating is different for the carriers (consider only AT&T, Verizon, and Sprint) for significance level of 5%.

Gender   Carrier   Type   Usage   Signal strength   Value for the Dollar   Customer Service
M   AT&T   Smart   High   5   4   4
M   AT&T   Smart   High   5   4   2
M   AT&T   Smart   Average   4   4   4
M   AT&T   Smart   Very high   2   3   3
M   AT&T   Smart   Very high   5   5   2
M   AT&T   Smart   Very high   4   3   5
M   AT&T   Smart   Very high   3   4   4
F   AT&T   Smart   Very high   3   2   3
F   AT&T   Smart   Very high   4   3   4
M   AT&T   Smart   Very high   3   3   1
M   Other   Smart   Average   1   2   4
M   Sprint   Smart   Very high   3   5   4
M   Sprint   Smart   Very high   3   5   3
F   Sprint   Smart   Average   2   5   4
F   Sprint   Smart   Average   3   5   4
M   Verizon   Smart   Average   4   3   3
F   Verizon   Smart   Very high   4   3   2
M   Verizon   Smart   Very high   5   5   5
F   Verizon   Smart   Average   3   3   3
M   Verizon   Smart   Very high   4   4   2
F   Verizon   Smart   Very high   4   5   3
M   AT&T   Camera   Average   5   4   5
M   AT&T   Camera   Very high   2   1   3
M   AT&T   Camera   Average   2   4   3
F   AT&T   Camera   Very high   3   3   3
M   AT&T   Camera   Average   5   5   3
F   AT&T   Camera   Average   4   3   3
M   AT&T   Camera   Average   4   2   4
F   AT&T   Camera   Very high   2   4   1
F   AT&T   Camera   Average   2   4   3
M   AT&T   Camera   Average   3   3   4
F   AT&T   Camera   Very high   3   2   3
M   AT&T   Camera   Very high   4   3   3
F   AT&T   Camera   Low   4   2   3
M   Other   Camera   Average   3   3   3
F   Other   Camera   Average   2   3   3
M   Other   Camera   Average   4   3   4
M   Sprint   Camera   Average   3   4   4
F   Verizon   Camera   Very high   3   4   3
F   Verizon   Camera   Very high   4   3   1
M   AT&T   Basic   Average   3   3   3
M   AT&T   Basic   Average   3   3   2
M   AT&T   Basic   Low   3   3   3
M   Other   Basic   Average   3   3   5
M   Other   Basic   Very high   4   3   3
M   Other   Basic   Very high   1   3   4
M   Other   Basic   Low   4   4   2
F   Other   Basic   Average   2   3   3
F   T-mobile   Basic   Low   3   4   4
M   T-mobile   Basic   Average   3   4   3
M   Verizon   Basic   Low   3   3   4
M   Verizon   Basic   Average   4   2   4

0 mod 35 = 〈0 mod 5, 0 mod 7〉 12 mod 35 = 〈2 mod 5, 5 mod 7〉 24 mod 35 = 〈4 mod 5, 3 mod 7〉
1 mod 35 = 〈1 mod 5, 1 mod 7〉 13 mod 35 = 〈3 mod 5, 6 mod 7〉 25 mod 35 = 〈0 mod 5, 4 mod 7〉
2 mod 35 = 〈2 mod 5, 2 mod 7〉 14 mod 35 = 〈4 mod 5, 0 mod 7〉 26 mod 35 = 〈1 mod 5, 5 mod 7〉
3 mod 35 = 〈3 mod 5, 3 mod 7〉 15 mod 35 = 〈0 mod 5, 1 mod 7〉 27 mod 35 = 〈2 mod 5, 6 mod 7〉
4 mod 35 = 〈4 mod 5, 4 mod 7〉 16 mod 35 = 〈1 mod 5, 2 mod 7〉 28 mod 35 = 〈3 mod 5, 0 mod 7〉
5 mod 35 = 〈0 mod 5, 5 mod 7〉 17 mod 35 = 〈2 mod 5, 3 mod 7〉 29 mod 35 = 〈4 mod 5, 1 mod 7〉
6 mod 35 = 〈1 mod 5, 6 mod 7〉 18 mod 35 = 〈3 mod 5, 4 mod 7〉 30 mod 35 = 〈0 mod 5, 2 mod 7〉
7 mod 35 = 〈2 mod 5, 0 mod 7〉 19 mod 35 = 〈4 mod 5, 5 mod 7〉 31 mod 35 = 〈1 mod 5, 3 mod 7〉
8 mod 35 = 〈3 mod 5, 1 mod 7〉 20 mod 35 = 〈0 mod 5, 6 mod 7〉 32 mod 35 = 〈2 mod 5, 4 mod 7〉
9 mod 35 = 〈4 mod 5, 2 mod 7〉 21 mod 35 = 〈1 mod 5, 0 mod 7〉 33 mod 35 = 〈3 mod 5, 5 mod 7〉
10 mod 35 = 〈0 mod 5, 3 mod 7〉 22 mod 35 = 〈2 mod 5, 1 mod 7〉 34 mod 35 = 〈4 mod 5, 6 mod 7〉
11 mod 35 = 〈1 mod 5, 4 mod 7〉 23 mod 35 = 〈3 mod 5, 2 mod 7〉

2.2 Which of the numbers (mod 35) are relatively prime to 35? List them in CRT (Chinese Remainder Theorem) notation.

2.3. For each number x in the answer to #2.2, compute x 2 (mod 35).

2.4 Verify that each square has four square roots (mod 35).

2.5 1 is a square (mod 35). Two of its square roots are 1 and (‐1 ≡ 34 (mod 35)). What are the other two?

T(1+2x)=1+x-x^2

T(1-x^2)=2-x

T(1-2x+x^2)=3x-2x^2

a)compute T(-6x+3x^2)

b) find basis for N(T), null space of T

c) compute rank of T and find basis of R(T)