Part 1: A five-sided closed field traverse has the following distances in feet: AB = 647.25; BC = 203.03; CD = 720.35; and DE = 610.24; and EA = 285.13. The interior angles are as follows (measured as angles to the right): A = 100º 45' 37"; B = 231º 23' 43"; C = 17º 12' 59"; D = 89º 03' 28"; and E = 101º 34' 24". The bearing of AB is S 53º 04' 43" E. Determine the bearings of each side

A Seven-sided closed field traverse has the following angles and distances in meters which were measured using a Total station:

AB = 51.7660;

BC = 76.9470;

CD = 37.0700;

The adjusted angles are as follows:

A = 128˚27’02”;

B = 101˚41’49”;

C = 102˚22’05”;

D = 143˚12’43”;

E = 161˚08’23”;

F = 131˚57’22”;

G = 131˚10’35”;

DE = 29.2019;

EF = 28.7758;

FG = 36.7056;

GA = 41.9555;

azimuth AB =251˚00’00''

question

1. Compute the coordinates of the traverse stations using coordinates of station A as 1,000.000 N, 1,000.000 E.
2. Compute the area enclosed by the traverse using the co-ordinate method.
3. It was decided to divide the traverse into two parts AGFED and DCBA, find the area of each part and the length and direction of AD.

A Seven-sided closed field traverse has the following angles and distances in meters which were measured using a Total station:

AB = 51.7660;

BC = 76.9470;

CD = 37.0700;

DE = 29.2019;

EF = 28.7758;

FG = 36.7056;

GA = 41.9555;

The adjusted angles are as follows:

A = 128˚27’02”;

B = 101˚41’49”;

C = 102˚22’05”;

D = 143˚12’43”;

E = 161˚08’23”;

F = 131˚57’22”;

G = 131˚10’35”;

azimuth AB =251˚00'00''

question :

1. Compute the coordinates of the traverse stations using coordinates of station A as 1,000.000 N, 1,000.000 E.
2. Compute the area enclosed by the traverse using the co-ordinate method.
3. It was decided to divide the traverse into two parts AGFED and DCBA, find the area of each part and the length and direction of AD.

A Seven-sided closed field traverse has the following angles and distances in meters which were measured using a Total station:

AB = 51.7660;

BC = 76.9470;

CD = 37.0700;

DE = 29.2019;

EF = 28.7758;

FG = 36.7056;

GA = 41.9555;

The adjusted angles are as follows:

A = 128˚27’02”;

B = 101˚41’49”;

C = 102˚22’05”;

D = 143˚12’43”;

E = 161˚08’23”;

F = 131˚57’22”;

G = 131˚10’35”;

Given the Azimuth of AB is (160˚ 00' 00").

Compute the bearings or the azimuths of rest of the sides.

1. Compute the coordinates of the traverse stations using coordinates of station A as 1,000.000 N, 1,000.000 E.
2. Compute the area enclosed by the traverse using the co-ordinate method.
3. It was decided to divide the traverse into two parts AGFED and DCBA, find the area of each part and the length and direction of AD.

A Seven-sided closed field traverse has the following angles and distances in meters which were measured using a Total station:

AB = 51.7660;

BC = 76.9470;

CD = 37.0700;

DE = 29.2019;

EF = 28.7758;

FG = 36.7056;

GA = 41.9555;

The adjusted angles are as follows:

A = 128˚27’02”;

B = 101˚41’49”;

C = 102˚22’05”;

D = 143˚12’43”;

E = 161˚08’23”;

F = 131˚57’22”;

G = 131˚10’35”;

Given the Azimuth of AB is (160˚ 00' 00").

Compute the bearings or the azimuths of rest of the sides.

1. Compute the coordinates of the traverse stations using coordinates of station A as 1,000.000 N, 1,000.000 E.
2. Compute the area enclosed by the traverse using the co-ordinate method.
3. It was decided to divide the traverse into two parts AGFED and DCBA, find the area of each part and the length and direction of AD.

Temperatures of gases inside the combustion chamber of a four‑stroke automobile engine can reach up to 1000 ∘C.1000 ∘C. To remove this enormous amount of heat, the engine utilizes a closed liquid‑cooled system that relies on conduction to transfer heat from the engine block into the liquid and then into the atmosphere by flowing coolant around the outside surface of each cylinder.

Suppose that, in a particular 55‑cylinder engine, each cylinder has a diameter of 8.50 cm,8.50 cm, a height of 10.4 cm,10.4 cm, and a thickness of 3.78 mm.3.78 mm. The temperature on the inside of the cylinders is 195.2 ∘C,195.2 ∘C, and the temperature outside, where the coolant passes, is 134.2 ∘C.134.2 ∘C. The temperature of the incoming liquid (a mixture of water and antifreeze) is maintained at 101.3 ∘C.101.3 ∘C.

What volume flow rate of coolant ??Vt would be required to cool this engine? Assume that the coolant reaches thermal equilibrium with the outer cylinder walls before exiting the engine. The specific heat of the coolant is 3.75 J/g⋅∘C3.75 J/g⋅∘C and its density is 1.070×103 kg/m3.1.070×103 kg/m3. The cylinder walls have thermal conductivity of 1.10×102 W/m⋅∘C.1.10×102 W/m⋅∘C. Assume that no heat passes through the ends of the cylinders.

??=Vt=

cm3s

Disney, ticker DIS, closed at around $110 on 5/8. You believe its share price is going to stay in a narrow range around $110 for the next year. To speculate on your belief, you decide to sell a straddle. The straddle strategy is entering the same position in both a call and a put sharing the same underlying, expiration, and strike price. When you sell a straddle, you are selling both the call and the put.

The price of a call option with a one-year expiration written on Disney with an exercise price of $110 is $17. The current stock price of Disney is $110 and the risk-free rate is 10% per year.

(a) What must be the price of the one-year put on the same stock with the same strike price?

(b) Construct your position table of the selling of the straddle strategy. Again, you are selling both the call and the put with the same strike price of $110.

(c) Plot your position diagram for your strategy. Plot one line for the payoff and one line for the profit. To figure out your profit, use the call price given ($17) and the put price you solved in part (a).

(d) At what stock price at expiration (S_T) do you make the most money? And what is your maximum profit on this strategy?

(e) What are the breakeven prices for this strategy, that is, how far can the stock price move in either direction before you lose money?

Scenario:

You are an accounting manager at a mid-sized public company with annual Revenues around $200M and Net Income around $15M. The 2017 year has ended and you've been working hard to close the books and support the audit. The company has released earnings (which requires some audit procedures and the "ok" from the audit firm) to the public and is now in the process of wrapping up the full 10K financial report to file with the SEC with the accompanying audit. That's when you realize your team failed to accrue several bonuses before the books were closed totaling $75,000.

Requirement:

Please write a memo (1-1.5 pages) addressed to the CFO regarding this issue. Include the following in your memo:

1) Description of the error and analysis of the error's effects on the financials in 2017 and 2018 as it now stands (what accounts are over/understated each year).

2) Outline two alternatives for handling the error. Here are some things to think about: earnings have been reported, 10k has not been filed, do you tell the auditors?, what is the accounting guidance? If you've had an audit course, you may want to draw on some of that knowledge but it is not required.

3) Make a recommendation and explain why the company should pursue that course.

4) Whenever there is an error, we need to consider internal controls. Explain what control(s) will be put in place to avoid this problem in the future.

The Moto Hotel opened for business on May 1, 2017. Here is its trial balance before adjustment on May 31.

Other data:

The Moto Hotel opened for business on May 1, 2017. Here is its trial balance before adjustment on May 31.

Other data:

(a) Prepare a ledger using T-accounts. Enter the trial balance amounts and post the

adjusting entries.

(b) Prepare an adjusted trial balance on May 31.

(c) Prepare an income statement and a retained earnings statement for the month of May

and a classified balance sheet at May 31.

(d) Identify which accounts should be closed on May 31.