Part 1:

Hunger Pang Journal…For 3 days, try to avoid eating at habitual times and in response to external cues. Instead, delay eating until your ‘body’ says that you are hungry.

Over the 3 day period…..record the following for each thing you eat/drink: (1 page minimum)

*Time of day;

* Item eaten/drank (What did you eat);

*Emotional State;

*Thoughts (What were you thinking just before you ate?);

*Setting (Where did you eat?)

After completing this activity, respond to the following: (1/2 page minimum)

–How did it feel to do this activity?

–Was it difficult? If so, why…..if not… .why not?

–What patterns did you notice in your eating habits?

–Share any other thoughts, views, ideas about this experience…..What did you learn about yourself,your needs, drives, and motivation from this activity?

Part 2:

Visit the following website:

http://www.apa.org/topics/anger/control.aspx

Respond to the following IN A THOROUGH AND COMPLETE MANNER:

Define anger.

What is the effect of expressing your anger destructively?

What are the physiological reactions to anger?

What is the goal of anger management?

What are ways to control your anger and cope with this emotion?

Part 3:

Describe an incident (recent or in the past) in which you ‘lost your temper.’Describe the situation and circumstances and how you responded. How would you handle this differently if you were faced with a similar challenge? (1/2 page minimum)

A researcher is conducting a study of a Fortune500 company
A researcher is conducting a study of a Fortune500 company that has factories, distribution centers, and retail outlets across the country. How can she use cluster or area sampling to take a random sample of employees of this firm?

A researcher is conducting a study of a Fortune500 company

Locate a famous case where digital forensics played a role, and share it with the class. Discuss how digital forensics was critical in cracking the case. Examples are listed below, but you can’t use them – find your own

Famous cases cracked with digital forensics

Be it a text message, Google searches or GPS information, a person’s digital footprint can provide plenty of ammunition in the courtroom. Here are a few cases where digital forensics played a critical role in bringing about justice

.

1. The BTK Killer, Dennis Rader

Perhaps the most famous case to be solved through digital forensics is that of the BTK Killer Dennis Rader, with “BTK” referring to his MO of “bind, torture and kill.” Rader enjoyed taunting police during his killing sprees in Wichita, KS. But this also proved to be his fatal flaw. A floppy disk Rader sent to police revealed his true identity. He was soon arrested, pled guilty and was put behind bars for life, much to the relief of his long-terrorized community.

2. Dr. Conrad Murray’s lethal prescriptions

Another recent case solved with digital forensics was that of Dr. Conrad Murray, personal physician of Michael Jackson. Digital forensics played a crucial role in the trial. After Jackson passed away unexpectedly in 2009, the autopsy found Jackson’s death to be the result of prescription drugs. Investigators discovered documentation on Dr. Murray’s computer showing his authorization of lethal amounts of the drugs, and he was convicted of involuntary manslaughter for Jackson’s death. He served two years in prison and lost his medical license.

3. The Craigslist Killer, Philip Markoff

When one woman was killed and another attacked after meeting individuals through Craigslist, Boston was on high alert. Fortunately, law enforcement had their suspect within a week of the murder, thanks to digital forensics. Investigators tracked the IP address from the emails used in the Craigslist correspondence to an unlikely suspect: 23-year-old medical student Philip Markoff. Without the digital trail of evidence, who knows how prolific Markoff could have become.

There are three primary goals with digital forensics:

1. Collect electronically stored information in a sound, defensible manner,
2. Analyze the results of the collections, and
3. Present the findings either in formal legal proceedings or less formally to inform a client.

• Electronic evidence can be short-lived and fragile. It needs to be collected in a defensible, methodological manner to preserve it accurately, and to withstand scrutiny in legal proceedings. (chain of custody)
• Electronic evidence can be highly probative, both as it appears to users, and behind the scenes. There is a lot of information that a computer user never sees (e.g. metadata, logs, registry entries). This behind-the-scenes evidence may provide a wealth of information about who did what when and where. Forensic analysts are trained to preserve, collect and interpret this kind of evidence.
• Some digital files can be recovered, even if a user has tried to delete them.

Need 500 words

All work should be cited in APA citation. Refer to the content area APA citation

Snar Drum Bennett was charged with robbing Washburn’s gun. Bennett has approached this office for representation.

Please draft an office memorandum (Template attached below) to me addressing whether Bennett is likely to be convicted of robbing Washburn of his gun. Do not prepare a separate statement of facts, but be sure to incorporate the relevant facts, analyze the applicable legal authorities, and explain how the facts and the law affect your analysis.

Four doctors, Moe, Larry, Curly, and Shemp,1 are in partnership and cover hours for each other. At most one doctor needs to be in the office to see patients at any one time. They advertise their office hours as follows

A coalition is an agreement by one or more doctors as to the times they will really be in the office to see everybody’s patients. The characteristic function should be the amount of time saved by a given coalition. Note that v(i) = 0, and v(1234) = 13 hours. This problem is an example of the use of cooperative game theory in an scheduling problem and is an important application in many disciplines.

(a) Find the characteristic function for all coalitions.

(b) Find X1, X2. When you get to X2, you should have the fair allocation in terms of hours saved.

(c) Find the exact times of the day that each doctor will be in the office according to the allocation you found in X3.