In May 2007, a local chemical plant had an unfortunate accident. Chemicals leaked from a plant holding tank and seeped onto the parking lot. A number of employee vehicles were damaged and required repainting. The company agreed to reimburse employees for the cost of these repairs. Employees were instructed to submit their bills for the repairs to the Controller, Rob Trout. Rob would then issue a check to the employee for the amount of the bill. While the Internal Auditor Director questioned the Audit Committee about the monitoring of the reimbursements during a meeting a month after the accident, the Committee determined that procedures in place were adequate. Nine months later, at a full board meeting, someone made a remark about the fact that bills were still being turned in for reimbursement. By this time, the total of the damages reimbursed to employees had reached nearly $150,000. After making inquiries, it was discovered that some of the “repairs” were for expensive paint jobs, upgrades, buffing, body repairs, and waxing. Further investigation revealed that thousands of dollars were reimbursed for paint jobs on cars that were damaged prior to the industrial accident. Moreover, some employees had turned in bills for similar jobs just a few months apart in other words, some cars were reimbursed for the same repair twice. Although this appeared suspicious, no one caught it until the internal auditors came in one year after the accident _in response to the board’s inquiry and reviewed the invoices and compared them with the employee list and cars repainted.

What steps should have been taken by the company to prevent this fraudulent activity from occurring?

How could information already in the accounting system have been used to minimize the opportunity for fraud?

 

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Question:Part 1: Calculations

As an Expert Mathematics Witness, you have been presented with a Ballistics Report, and a Police Report as your evidence. Use the information provided within these files to prove who, out of the three suspects, is guilty of the crime.

Use the links below to download the files:

• Ballistics Lab Report
• Police Report and Witness Statement

Question 1 (1 point)

Using the evidence provided, complete all calculations necessary to conclude which window the shooter fired from. E-mail these calculations to your teacher and wait for feedback. Then make any necessary corrections before moving on to Part 2.

Question 1 options: Hint: Complete the diagram with the given information found in the Police and Ballistics Reports. Then express the height that the bullet is fired from in terms of the bullet’s angle of entry and the angle W. Use this as a starting point to determine which window the gun was fired from.

NOTE: This is a 3d diagram. The building is perpendicular to the ground. Triangle VGH is on the plane of the ground. VGH shares a side with the building which is perpendicular to the ground.

There is a solution on course hero but it is wrong because the line HG doesn’t go all the way straight to the bottom.

• Attachment 1
• Attachment 2

In Math,We Trust- IT-VHS Police Department97:$65 Virtual LandVHIS Police*Fallhedge , CAReport $ 56987Date of Incident : June 21Reporting Officer : H. Sine , Crime Scene Investigator*IncidentOn June 21 at the location of 360 Trigonometric Apartments , " victim shot by the suspect at 7:13 p.mfrom the window of the building .The building Is a high rise apartment building with ten floors . There were residents home from the 5#^I’m, and I" floors from a unit facing the road where the victim was shot . There Is 3. 04 } m between eachapartment floor .`All suspects have pleaded not guilty and claims to not have any relations with the victim . At the time ofthe crime the victim was walking their dog .Witness StatementWitness : C. TanC. Tan I’My was 10’m away from the victim (V/ when the shot was fired . Both the victim and the witness*we’re an equal distance from the door ( G ) of the apartment building when the crime occurred . ( SeeFigure 1 1" I heard a loud bang from the apartment building . When I looked up I saw a person running*from a window . The victim was not far from where I was standing when the Incident occurred . IImmediately called the VHS Police Department emergency line for help . "Crime Scene Sketch_IT th FreeH jet^ Floor_^`FloodVictim10 mWitness

 

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help answering this question as soon as possible. thank you. Only question number 4

In Marchin 1 . 20, show that the Firm function is our- to-one and find It’s Imrie . Clark yourManY Is milerhimically and singhically . Verify that the range of $ is the damningat } and vice- Trial .1. Mil = Hir – ?2. Mil = 12 – 1)I _ _1 . Mil = 1 – 1`. Mil = Vir – 1 + 0I. MIl = ] – VI – ^T. MIl = QV 1 – 1 – 1){` MI) = 1 – 2V21 + 5

 

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In Module Six, we have analyzed research design, including data collection and analysis. You will continue your application of the content to your area of research interest with this short paper.    IN VITRO FERTILIZATION  (IVF)  Prompt: What research methods have been used to address your research problem? Were these methods appropriate? What data collection methods have you noted in your review of literature? Evaluate the appropriateness of statistical analyses used. What gaps and inconsistencies in the literature have you noted? Remember to use APA format.  Guidelines for Submission: Your paper must be submitted as a two- to three-page Microsoft Word document with double spacing, 12-point Times New Roman font, one-inch margins, and at least three sources cited in APA format.  

 

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In modeling solid-state structures, atoms and ions are most often modeled as spheres. A structure built using spheres will have some empty, or void, space in it. A measure of void space in a particular structure is the packing efficiency, defined as the volume occupied by the spheres divided by the total volume of the structure.

Given that a solid crystallizes in a body centered cubic structure that is 3.30Å on each side, answer questions (a)-(e). (1 Å = 1.  10-10 m.)(a) How many total atoms are there in each unit cell?

 atom(s)

(b) What is the volume of one unit cell in Å3?

Å3

(c) Assuming that the atoms are spheres and the radius of each sphere is 1.43 Å, what is the volume of one atom in Å3? (Vsphere = 4/3πr3.)

Å3

(d) Therefore, what volume of atoms are in one unit cell?

Å3

(e) Based on your results from parts (b) and (d), what is the packing efficiency of the solid expressed as a percentage?

 %

 

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