23-2. December 31

2017                         2016

33,500                         13,000 Cash

12,250                         10,000 Accounts Receivable

12,000                         9,000 Inventory

0                                  3,000 Long-Investments

0                                  29,750 Building

0                                  (6,000) Accumalted depreciation on building

45,000                         20,000 Equipment

(2,000)                        (4,500) Accumlated depreciation on equipment

5,000                           9,250 Patents

105,750                       83,500 Total Assets

5,000                           3,000 Accounts Payable

1,000                           5,000 Dividends Payable

4,000                           8,500 Short-term Notes Payables

32,000                         25,000 Long term notes payable

39,000                         30,000 Common stock

6,000                            3,000 Pain-in capital excess of par

18,750                         9,000 Retained Earnings

105,750                       83,500 Total

Additional data related to 2017 are as follows:

1. Long-term investments were sold at 1,700 above their cost.

2. On January 1, 2017 the building was completely destroyed by a flood. Insurance proceeds on the building were $30,000.

3. Equipment that had cost 11,000 and was 40% depreciated was sold for 2,500.

4. Common stock with a par value of 5,000 and a market value of 6,000 was issued to pay off part of the long-term note.

5. A new long-term note was issued for the acquisition of equipment.

6. Equipment was purchased for cash.

7. Dividends were of 7,000 were declared during 2017.

Prepare the statement of cash flows, including any significant non-cash transactions after the reconciliation. (SHOW ALL OF YOUR WORK PLEASE)

23-2. December 31

2017                         2016

33,500                         13,000 Cash

12,250                         10,000 Accounts Receivable

12,000                         9,000 Inventory

0                                  3,000 Long-Investments

0                                  29,750 Building

0                                  (6,000) Accumalted depreciation on building

45,000                         20,000 Equipment

(2,000)                        (4,500) Accumlated depreciation on equipment

5,000                           9,250 Patents

105,750                       83,500 Total Assets

5,000                           3,000 Accounts Payable

1,000                           5,000 Dividends Payable

4,000                           8,500 Short-term Notes Payables

32,000                         25,000 Long term notes payable

39,000                         30,000 Common stock

6,000                            3,000 Pain-in capital excess of par

18,750                         9,000 Retained Earnings

105,750                       83,500 Total

Additional data related to 2017 are as follows:

1. Long-term investments were sold at 1,700 above their cost.

2. On January 1, 2017 the building was completely destroyed by a flood. Insurance proceeds on the building were $30,000.

3. Equipment that had cost 11,000 and was 40% depreciated was sold for 2,500.

4. Common stock with a par value of 5,000 and a market value of 6,000 was issued to pay off part of the long-term note.

5. A new long-term note was issued for the acquisition of equipment.

6. Equipment was purchased for cash.

7. Dividends were of 7,000 were declared during 2017.

Prepare the statement of cash flows, including any significant non-cash transactions after the reconciliation. (SHOW ALL OF YOUR WORK PLEASE)

23-2. December 31

2017                         2016

33,500                         13,000 Cash

12,250                         10,000 Accounts Receivable

12,000                         9,000 Inventory

0                                  3,000 Long-Investments

0                                  29,750 Building

0                                  (6,000) Accumalted depreciation on building

45,000                         20,000 Equipment

(2,000)                        (4,500) Accumlated depreciation on equipment

5,000                           9,250 Patents

105,750                       83,500 Total Assets

5,000                           3,000 Accounts Payable

1,000                           5,000 Dividends Payable

4,000                           8,500 Short-term Notes Payables

32,000                         25,000 Long term notes payable

39,000                         30,000 Common stock

6,000                            3,000 Pain-in capital excess of par

18,750                         9,000 Retained Earnings

105,750                       83,500 Total

Additional data related to 2017 are as follows:

1. Long-term investments were sold at 1,700 above their cost.

2. On January 1, 2017 the building was completely destroyed by a flood. Insurance proceeds on the building were $30,000.

3. Equipment that had cost 11,000 and was 40% depreciated was sold for 2,500.

4. Common stock with a par value of 5,000 and a market value of 6,000 was issued to pay off part of the long-term note.

5. A new long-term note was issued for the acquisition of equipment.

6. Equipment was purchased for cash.

7. Dividends were of 7,000 were declared during 2017.

Prepare the statement of cash flows, including any significant non-cash transactions after the reconciliation. (SHOW ALL OF YOUR WORK PLEASE)

After reviewing the data in the 2010 and 2016 “Status and Trends in the Education of Racial and Ethnic Groups” reports, describe one trend about these racial/ethnic groups that stood out to you. Explain if this trend surprises you or not. Compare and contrast the trend data in the “Student Behaviors” section of the reports: What data categories were similar? Which categories were different or additional between the reports? How can this data be used to alleviate social problems in this population?

The projectile motion equation is s(t)=-16t^2+vt+h where s(t) represents the distance or height of an object at time t, v represents the initial speed of the object in ft/s, and h is the initial height of the object, measured in feet.

If an object is starting at rest, then v=0 (such as for a penny being dropped from a building). If the object is starting from the ground, h=0. The baseball or cannonball situations, each have an initial velocity. For example, the initial velocity of the baseball is based on the speed at which the ball comes at you (the speed of the pitch).

Come up with a situation that you can model with this equation. Describe the situation and tell us what v and h are. Fill in the values so that you have a quadratic equation. If you do research to find initial velocities, include the links to the websites where you found that information. If you would like to make up your own numbers as well, you can (be creative)!

Once you have your equation, find the maximum height as well as the time it takes to reach that maximum. Then use your equation to find when the object hits the ground (i.e. the x-intercepts).

Finally, use those three points as well as the initial height to sketch a graph. You can take a photo of it and include the image or use an online graphing calculator and take a screenshot if that is easier.

After reading the below posting, how might this all tie into SMART goals, task types and running a better meeting?

The information from income statements and balance sheets can encourage better

management practices in the following manner:

1. The amount of debt in the balance sheet is a critical factor in deterring the "going concern" of a business. If the long-term debt is very high, then the overall cost of capital for the company as such and projects in general will increase which can be corrected by the management.

2. The Current assets and the current liabilities give a clear picture of the working capital scenario and the liquidity situation of the business. This information will be captured in the balance sheet. Higher current assets are always preferred, and management can take corrective steps if required to better manage the liquidity.

3. The Shareholders equity when seen with the total number of shares outstanding of the business help the financial managers in calculating the book value of the business. From this, the investors can check whether the current share price is overvalued or undervalued.

4. The Net profit is the most important figure in the income statement which provides information about the profitability of the business and how the business is performing when compared to its peers in the industry.

5. The Revenues or the top line help analyses when the profits are generated due to the increase in revenue or better operational efficiencies.

https://www.youtube.com/watch?v=vKMrWsjUOZQ

https://www.youtube.com/watch?v=J832kryICZI

https://www.youtube.com/watch?v=450J3wmEMEI

6.It is proposed to study the entry of an aircraft launched torpedo into seawater. The full-size prototype torpedo is 2.44 m in length and enters at 100 m/s into seawater which has a kinematic viscosity, ν = 1.17 x 10-6 m2/s (see the table in the front cover of your textbook). A model test is proposed where the length of the model torpedo is 0.537 m in length. The desire is to predict the force on the prototype torpedo upon entry into the water, using the measured force in the model study.

a.Assuming F = f(ρ, μ, V, L, g) determine the relevant dimensionless parameters for this flow phenomenon. Use ρ, V and L as the repeating variables in your analysis. V is the entry velocity, L is the length of the torpedo and g is the acceleration of gravity.

b.Assuming the dimensionless parameter containing the viscosity is not important at these conditions determine the necessary launch velocity in the model study and the force on the prototype if the measured model force is 9 N. (Assume g is the same for both the model and prototype. Also assume seawater is used in the model study.)

c.Now, assume the dimensionless parameter containing the viscosity is important. Can the fluid used in the model study be the same as the prototype fluid (seawater)? Explain. If not, can you find a fluid for the model study such that full similitude is achieved between the model and prototype? What fluid?

Access Part V of the IG009 Assessment Scenarios document. You are the senior controller for Healing Touch, a manufacturer of high-quality products designed to help support healthy spines. Its newest product offering is a massage chair and you plan to perform a variance analysis of the chairs manufactured this month to determine if the standards are being met. Once you have completed the analysis, you plan to show it to the production department manager and ask for an explanation of any variances that you believe should be examined. Assuming that Healing Touch manufactured 500 massage chairs this month, use the data contained in Part V of the Assessment Scenarios document to calculate all materials and labor variances in Excel (or other spreadsheet software). Be sure to include price, quantity, wage rate, and labor efficiency variances.

Part V: Computing Variances Using Standard and Actual Costs