Part 2 – General Journal (LO3-2) – Post the following journal entries to the general journal. ?

Trans:

May 1 Sell 100,000 shares of common stock for $100,000 to obtain the funds necessary to start your business. ?

May 1 Borrow $50,000 from the bank and sign a note promising to repay the full amount of the debt in 5 years. ?

May 1 Issue 1,000 shares of $2 par value preferred stock at $30/share. ?

May 1 ? Purchase equipment for business operations for $25,000. ?

May 1 Pay one year of rent in advance, $12,000 ($1,000 per month.) ? ?

May 3 ? Purchase supplies on account, $1,000. ? ?

May 3 Purchase 200 units of inventory with cash.

May 6 Provide 30 hours of services to customers for cash. ?? ? ?

May 10 ? Sell 200 units of inventory on account. (Perpetual method = 2 entries)

May 12 Sell 50 units of inventory to a customer on account with a sales discount of 2/10, n/30. ?

May 15 Purchase an additional 300 units of inventory on account.

May 20 The customer who purchased product on May 12th pays the amount due (within discount period). ? ??

May 23 ? Receive cash in advance for 20 hours of services to be completed in the future. ?

May 31 Sell 200 units of inventory to a customer who signs a 6 month promissory note at 10% interest for the balance due. ??

May 31 ? Pay employee salaries, $1,000. ? ?

May 31 Pay cash dividends to shareholders, $800. ?

Part 3 – General Ledger (LO3-2) – Post the information from the journal entries into the general ledger.

Part 4 – Trial Balance (LO3-2) – Prepare a trial balance from the information in the general ledger.

Part 2 cont. – Adjusting journal Entries – (LO3-3) – Post the following adjusting entries to the general journal

Adj-1    Mar 31 Record the portion of the Prepaid Rent used in May

Adj-2    Mar 31 The company has $300 of supplies left at month end

Adj-3    May 31 Record one month of depreciation on the equipment. The equipment has a useful life of 10 years.

Adj-4    May 31 Provide 10 hours of services that were paid in advance on May 23rd.

Adj-5    May 31 Record the receipt of a $300 utilities bill due on June 5th.

Adj-6    May 31 Record accrued interest on the $20,000 – 5 year note payable. The annual interest rate is 10%.

Part 3 cont. – General Ledger - Post the adjusting entries to the General Ledger.

Part 5 – Adjusted Trial Balance (LO3-3) – Post the ending balances from the General Ledger to the Adjusted Trial Balance. Debits should equal credits if you have done the prior steps correctly.

Part 6 – Prepare the end of month Income Statement (LO3-4).
Part 7 – Prepare the end of month Retained Earnings Statement (LO3-4).

Part 8 – Prepare the end of month Balance Sheet (LO3-4).
Part 1 cont. - Add the following closing entries to the general journal (LO3-4):

Clo-1    Apr. 30 Close out revenues/income

Clo-2    Apr. 30 Close out expenses/losses

Clo-3    Apr. 30 Close out dividends

Part 2 cont. - Post the above closing entries to the general ledger (LO3-4).

Part 9 – Prepare a post-closing trial balance (LO3-4).

Service Price= $ 75.00

Sales Price= $ 50.00

Inventory Cost= $ 20.00

I am doing a separation scheme of 4-chloro-3,4-dimethylnonane-1-amine and 4-hodroxy-3-methoxybenzaldehyde (which I think is vanillin). I believe both are starting as a solid. The first molecule and vanillin should be soluble in diethyl ether, while vanillin is soluble in water as well (but the first molecule is not). Would I just need to add water and use gravity filtration, then make the vanillin solid again? I've thought about dissolving both in ether then adding HCl to change the solubility of the first molecule, but I think Vanillin would also react with HCl and both would still be mixed together.

a. Prepare journal entries for each of the transaction (1) through (9).

b. Set up T-accounts for each of the accounts used in part a. and post the journal entries to the appropriate line in the correct T-accounts. (The T-accounts will not have opening balances.)
After all transactions are recorded, compute the balance for each account in the appropriate column.

Feedback

In journal entries, debits increase assets and expenses and decrease liabilities, equity and revenues. Credits increase liabilities, equity and revenues and decrease assets and expenses. For each entry, the debits must equal the credits.

Data Table I: Freezing Point Depression

Calculations:

Show all work, including formulas used, units/substance labels, and evaluate significant figures when reporting your answer.

1.Calculate the freezing point depression (ΔT_f) for all four trials, assuming that the freezing point of pure water is 0^oC. Record these values in Data Table II.

2. Calculate the molality of each of the solutions (using the formula ΔT_f = K_f m, where K_f for water is -1.86^oC/m) using the values for freezing point depression you just determined in #1 above, and some algebra in the equation: ΔT_f = K_fm. Record these values in Data Table II.

3. Use these molalities to calculate the moles of solute (moles of ethanol and moles of isopropyl alcohol- remember that molality, m, is moles of solute/kg of solvent). Record these values in Data Table II.

4. The molecular formula for ethyl rubbing alcohol (ethanol) is C₂H₅OH (C₂H₆O) and for isopropyl alcohol is CH₃CHOHCH₃ (C₃H₈O). Calculate the mass of each alcohol in the solution (using the moles of each alcohol calculated in # 3, and the molar mass of each alcohol). Record these values in Data Table II.

5. Divide the mass of each alcohol calculated in # 4 by the density of that alcohol (the density of pure ethanol is 0.789 g/ml and that of pure isopropyl alcohol is 0.781 g/ml). The result will be the volume of the alcohol in mL that is present in the solution. Record this in Data Table II.

6. Divide this volume of alcohol by 2.0 mL and multiply by 100. The result is the % of alcohol in the solution. Record this value in Data Table II.

7. The alcohols you purchased are reported to be 70% pure. Compare the experimentally determined % of alcohol as calculated in # 6 to the accepted value of 70%, as a % error calculation (% error = │accepted value – experimental value│ / accepted value x 100 %). Record these values in Data Table II.

DATA TABLE II: FREEZING POINT DEPRESSION

We want to know whether an independent variable (room temperature) affects scores on a dependent variable (ratings of anger). The levels of the IV are hot and cold and the DV is measured on an anger scale (ranging from 0 no anger to 10 high anger). A random sample of subjects has been taken from the universe. Half of the subjects are randomly placed in the hot room while the other half are placed in the cold room.

The samples are said to be                              because                      subjects are responding in the hot room than are responding in the cold room.

The data:         Subject                        Hot room                     Subject                        Cold room

                              1                      5                                  11                    3

                              2                      8                                  12                    2

                              3                      5                                  13                    6

                              4                      8                                  14                    6

                              5                      9                                  15                    4

                              6                      7                                  16                    4

                              7                      2                                  17                    3

                              8                      8                                  18                    2   

                              9                      4                                  19                    2

                                    10        6          20        3

JAVA

Answer the following questions as briefly (but completely) as possible:

1. How do you simplify the max method in the following, using the conditional operator?

    1:     /** Return the max of two numbers */
    2:     public static int max ( int num1, int num2 ) {
    3:         int result;
    4: 
    5:         if ( num1 > num2 )
    6:             result = num1;
    7:         else
    8:             result = num2;
    9:         return result;
   10:     }

2. Write method headers (just the declaration, not the bodies) for the following methods:
   1. Compute a sales commission, given the sales amount and the commission rate.
   2. Display the calendar for a month, given the month and year.
   3. Compute a square root of a number.
   4. Test whether a number is even, and returning true if it is.
   5. Display a message a specified number of times.
   6. Compute the monthly payment, given the loan amount, number of years, and annual interest rate.
   7. Find the corresponding uppercase letter, given a lowercase letter.
3. Identify and correct the errors in the following program:

    1: public class Test {
    2:     public static method1(int n, m) {
    3:         n += m;
    4:         method2 (3. 4);
    5:     }
    6: 
    7:     public static int method2(int n) {
    8:         if ( n > 0 ) return 1;
    9:         else if (n == 0) return 0;
   10:         else if (n < 0) return -1;
   11:     }
   12: }

4. What is pass-by-value? Show the results of the following two programs.

   1.  1: public class Test {
       2:     public static void main ( String [] args ) {
       3:         int max = 0;
       4:         max(1, 2, max);
       5:         System.out.println(max);
       6:     }
       7: 
       8:     public static void max ( int value1, int value2, int max ) {
       9:         if ( value1 > value2 )
      10:             max = value1;
      11:         else
      12:             max = value2;
      13:     }
      14: }

   2.  1: public class Test {
       2:     public static void main ( String [] args ) {
       3:         int i = 1;
       4:         while ( i <= 6 ) {
       5:             method1( i, 2 );
       6:             i++;
       7:         }
       8:     }
       9: 
      10:     public static void method1 ( int i, int num ) {
      11:         for ( int j = 1; j <= i; j++ ) {
      12:             System.out.print( num + " " );
      13:             num *= 2;
      14:         }
      15:         System.out.println();
      16:     }
      17: }

5. What is wrong with the following class?

   1: public class Test {
   2:     public static void method ( int x ) {
   3:     }
   4:     public static int method ( int y ) {
   5:         return y;
   6:     }
   7: }

6. 1. Write an expression that obtains a random integer between 34 and 55, inclusive.
   2. Write an expression that obtains a random integer between 0 and 999, inclusive.
   3. Write an expression that obtains a random number between 5.5 (inclusive) and 55.5 (exclusive).
   4. Write an expression that obtains a random lowercase (English) letter.
7. How many times is the factorial method in the following invoked, for the call factorial(6)?

    1: import java.util.Scanner;
    2: 
    3: public class ComputeFactorial {
    4:     public static void main ( String [] args ) {
    5:         Scanner input = new Scanner( System.in );
    6:         System.out.print( "Enter a nonnegative integer: " );
    7:         int n = input.nextInt();
    8: 
    9:         // Display factorial
   10:         System.out.println( "Factorial of " + n + " is " + factorial(n) );
   11:     }
   12: 
   13:     /** Return the factorial for the specified number */
   14:     public static long factorial ( int n ) {
   15:         if ( n == 0 ) // Base case
   16:             return 1;
   17:         else
   18:             return n * factorial( n - 1 ); // Recursive call
   19:     }
   20: }

8. Suppose that the class F is defined as shown below. Let f be an instance of F. Which of the following statements are syntactically correct?

   1: public class F {
   2:   int i;
   3:   static String s;
   4:   void iMethod () {
   5:   }
   6:   static void sMethod () {
   7:   }
   8: }

   1. System.out.println(f.i);
   2. System.out.println(f.s);
   3. f.iMethod();
   4. f.sMethod();
   5. System.out.println(F.i);
   6. System.out.println(F.s);
   7. F.iMethod();
   8. F.sMethod();
9. Add the static keyword in the place of ?, if appropriate, in the code below.

    1: public class Test {
    2:     private int count;
    3:     public ? void main ( String [] args ) {
    4:         ...
    5:     }
    6:     public ? int getCount () {
    7:         return count;
    8: }
    9: public ? int factorial ( int n ) {
   10:     int result = 1;
   11:     for ( int i = 1; i <= n; i++ )
   12:         result *= i;
   13:     return result;
   14: }
   15: }

10. Can each of the following statements be compiled?
    1. Integer i = new Integer("23");
    2. Integer i = new Integer(23);
    3. Integer i = Integer.valueOf("23");
    4. Integer i = Integer.parseInt("23", 8);
    5. Double d = new Double();
    6. Double d = Double.valueOf("23.45");
    7. int i = (Integer.valueOf("23")).intValue();
    8. double d = (Double.valueOf("23.4")).doubleValue();
    9. int i = (Double.valueOf("23.4")).intValue();
    10. String s = (Double.valueOf("23.4")).toString();
11. 1. How do you convert an integer into a string?
    2. How do you convert a numeric string into an integer?
    3. How do you convert a double number into a string?
    4. How do you convert a numeric string into a double value?

A1 = Asset 1 etc. L1 = Liability 1 etc. A1 with value of $3 million and duration of 2years A2 with value of $2 million and duration of 6 years A3 with value of $1 million and duration of 8 years The liability includes: L1 with value of $4 million and duration of 20 years L2 with value of $2 million and duration of 30 years What is the liability value change in million dollars if interest rate decreases by 1%?

a. The plane x = 2 is

b. Which of the following vectors is not perpendicular to vector u =(-5, 2, 1)?

c.Given unit vectors i, j and k, 2j × 3k=

d. If Car A is travelling north at 50 km/h and Car B is travelling south at 60 km/h, the velocity of Car A relative to Car B is

e. Given three vectors, u, v, and w, if u • (v × w) = 0, what geometrical result can be concluded?

f. The plane (x, y, z) = (4, 2, 1) + s(1, 1, -2) + t(2, -1, 3), converted into scalar form, has equation

Complete the table attached below to briefly identify four (4) characteristics of multidisciplinary teams and how they are used. Please identify the characteristics of a work team in the healthcare setting and how it would be applied.

Briefly identify four (4) characteristics of multidisciplinary teams and how they are used?

1. A solid uniform cylinder is rolling without slipping. What fraction of this cylinder's kinetic energy is rotational? (Note: the moment of inertia of a cylinder of mass M and radius R rotating about its central axis is 0.5MR².)

A 1/3

B 2/3

C 1/2

D 1/4

E 3/4

2. A public art installation consists of three 25-kg glass sculptures hung side-by-side with steel wires of length 1.00 m, 2.00 m and 3.00 m. If the wires all have the same diameter, which one stretches the greatest distance?

A All three wires will stretch the same distance.

B The 1.00-m wire will stretch the greatest distance.

C The 2.00-m wire will stretch the greatest distance.

D The 3.00-m wire will stretch the greatest distance.

E There is not enough information to say.