Jed Smith is a 38-year-old welder who came into the treatment center after being arrested for drinking and driving (DUI/DWI). His attorney has suggested that he quit drinking and enter treatment, at least until his trial, which is scheduled to occur in 2 months. Jed does not anticipate serving jail time, but he believes that treatment could strengthen his legal case. After his first arrest for DUI 2 years ago, he simply paid a fine and attended a special driver's education program for 6 weeks. Jed found the program to be a “waste of time.”
Jed has been married for 8 years and has two daughters, aged 8 and 6. He has had numerous arguments with his wife, Emily, concerning his drinking. He gets very angry and defensive when she confronts him about his heavy drinking and he asserts that he is not an alcoholic. He knows this is true because his father was an alcoholic and Jed says that he is not like his father. His father died as the result of a fight that occurred in traffic when he was drunk. Jed says that his father used to “beat the tar” out of him and his brother when he was drunk and that his father always belittled, taunted, and threatened their mother, whether he was drunk or sober. Jed references that his family is Irish and that it was cultural normal to drink and enjoy alcohol and that all of his family and relatives drink in excess.
Jed's work history is very good; he misses less than one day per year. He works the day shift on weekdays, putting in time-and-a-half on most Saturdays. He is well regarded by his supervisors and peers at work. He is fearful that his employer will find out about his treatment (it is being covered by his HMO), and that people at work will learn about the second DUI arrest.
Jed drinks with his buddies from the plant, and does not think that his drinking is any more than what they do. He was just “unlucky” and was caught doing what everyone else seems to get away with. Jed's drinking is very predictable: he drinks 8-9 beers on a weeknight. Several of these are consumed at the bar with friends, the remainder at home over the course of the evening. He usually falls asleep in front of the television. When he is not working on Saturdays, he often drinks several 12-packs between Friday and Sunday. A typical Saturday involves getting up at 10:00 a.m., playing soccer with friends, and going to the bar for the rest of the day and night. This pattern leads to arguments with Emily, who calls him a “lousy father.” At times, Jed has had unsettling episodes of being unable to recall what happened while drinking. He has commented to friends that “maybe I overdo it a bit.” Several times, he has attempted to cut down on his drinking, especially after the last DUI. He once attended a few AA meetings, but did not feel that AA was helpful: "It was listening to a lot of guys whining…" and he especially did not care for the prayers.
Despite these attempts, Jed has experienced increased consumption levels over the past 2 years. He admits that, as a result of the drinking, he has become increasingly estranged from his wife and daughters. Jed feels that his marriage has been basically good, but that he would not blame Emily for leaving him, the way things have been going lately. She will no longer sleep with him while he is intoxicated, which occurs regularly. She complains that the house is falling apart because Jed does not keep up with his chores. He believes that his marriage would become solid again, if he stopped overdoing the drinking, but he complains about her hassling him about the alcohol.
Jed is not close to his remaining family members. His mother is very religious and wishes Jed would see religion as a way out of his problems. His siblings live in other communities and they rarely get together. His wife and daughters regularly attend his mother's church, but Jed only attends on Christmas Eve and Easter Sunday.
Jed is distraught about having to remain abstinent in preparation for the trial. He has trouble getting to sleep without alcohol. He also “gets jumpy” when he tries to stay away from drinking, feeling “closed in or like he is suffocating.” Jed reports that he is not used to socializing without alcohol and alcohol helps him relax and be more social with people.
Jed is willing to go to AA meetings only because he knows they may be court ordered and it may be better for his legal case. He does struggle with the philosophy of AA. He does not like the spirituality part of the program and does not like when people talk about God.
He does believe that he can go to the bars with his friends and not drink. He does think that he can increase his sports activities to help him not drink although many of his friends who play also drink.
Part 1: Harmful/Destructive Behaviors Chart
Complete the chart below by including a minimum of three behaviors as well as associated rewards and consequences related to relapse and abstinence behaviors.
Harmful/destructive behaviors that the client will need to avoid to prevent a relapse |
Possible rewards the client experiences when they choose to use drugs/engage in relapse activities. |
Possible costs for returning to use and the associated consequences |
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Part 2: Current Risks of Relapse
In this section, you will identify the steps to reduce the risk of relapse. Describe how you might assist Jed to identify high-risk situations, and specific triggers leading to relapse.
Part 3: Relapse Response Plan
In this section, you will create a response plan to use when the client is faced with triggers and urges to lapse into using behavior. Complete the chart below and include coping strategies, client’s skills to redirect thoughts, and immediate actions to take before using substances.
List three people that the client identifies for a supportive network |
List three new activities the client can use as they shift their focus away from the destructive activities involved in their addiction |
List three actions or coping responses the client will utilize when a potentially negative pattern of behavior or high-risk situation emerges. |
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Part 4: Continued Health and Well-Being
Jed Smith |
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Client Signature |
Date |
Counselor Signature |
In: Psychology
In: Computer Science
In: Operations Management
APC industries has been experiencing significant growth and has been having difficulty meeting customer demands recently. They are considering three options to address this issue. They can move to a larger facility, add a second shift or use a subcontractor to assist in production. The annual payoff of each option depends on if the current market continues to expand, hold steady or declines. The expected payoff for each combination is show in the table below
Option Expand Steady Decline
Move to larger facility 250,000 125,000 -90,000
Add a second shift 175,000 80000 -45,000
Subcontract 90,000 15,000 -10,000
a) Which alternative should APC choose under the maximax criterion? (1 mark)
b) Which option should APC choose under the maximin criterion? (1 mark)
c) Which option should APC choose under the LaPlace criterion?
d) Which option should APC choose with the Hurwicz criterion with α = 0.5?
e) Using a minimax regret approach, what alternative should she choose?
f) After reading about economic predictions, APC has assigned the probability that the market will be expand , or be steady or be weak at 20%, 50% and 30 %. Using expected monetary values, what option should be chosen and what is that optimal expected value?
g) What is the most that the APC should be willing to pay for additional information? Use Expected Regret
h) Use the alternative method to verify EVPI (3 marks
In: Operations Management
In: Computer Science
Wireless Medical Sensor Network (WMSN)
What a computer network is and what is the importance of the
computer network to this topic (Wireless Medical Sensor
Network)?.
Explain how a Wireless Medical Sensor Network (WMSN) differs from a Wireless Sensor Network (WSN). What kind of devices does it consist of? What kind of data do the devices collect? Please include information about authentication, user friendliness and user anonymity.
In: Computer Science
Benson Brands, Inc. Benson, presents its statement of cash flows using the indirect method. The following accounts and corresponding balances were drawn from Benson’s 2017 and 2016 year-end balance sheets:
Account Title | 2017 | 2016 | ||||
Accounts receivable | $ | 20,000 | $ | 30,000 | ||
Merchandise inventory | 56,000 | 49,600 | ||||
Prepaid insurance | 16,500 | 24,700 | ||||
Accounts payable | 26,800 | 18,500 | ||||
Salaries payable | 4,700 | 4,000 | ||||
Unearned service revenue | 1,000 | 2,900 | ||||
The 2017 income statement is shown below:
Income Statement | |||
Sales | $ | 610,000 | |
Cost of goods sold | (380,000 | ) | |
Gross margin | 230,000 | ||
Service revenue | 4,900 | ||
Insurance expense | (39,000 | ) | |
Salaries expense | (157,000 | ) | |
Depreciation expense | (4,100 | ) | |
Operating income | 34,800 | ||
Gain on sale of equipment | 3,600 | ||
Net income | $ | 38,400 | |
Required
Prepare the operating activities section of the statement of cash flows using the direct method.
Prepare the operating activities section of the statement of cash flows using the indirect method.
Prepare the operating activities section of the statement of cash flows using the direct method. (Cash outflows should be indicated with minus sign.)
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Prepare the operating activities section of the statement of cash flows using the indirect method. (Amounts to be deducted should be indicated with a minus sign.)
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In: Accounting
Write a C program that repeatedly prompts the user for input at a simple prompt (see the sample output below for details). Your program should parse the input and provide output that describes the input specified. To best explain, here's some sample output:
ibrahim@ibrahim-latech:~$ ./prog1
$ ls -a -l -h
Line read: ls -a -l -h
Token(s):
ls
-a
-l
-h
4 token(s) read
$ ls -alh
Line read: ls -alh
Token(s):
ls
-a
-l
-h
2 token(s) read
$ clear
Line read: clear
Token(s):
clear
1 token(s) read
$ exit ibrahim@ibrahim-latech:~$
Note that the first and last lines are not part of program output (i.e., they are of the terminal session launching the program and after its exit). The program prompts the user (with a simple prompt containing just a $ followed by a space) and accepts user input until the command exit is provided, at which point it exits the program and returns to the terminal. For all other user input, it first outputs the string Line read: followed by the user input provided (on the same line). On the next line, it outputs the string Token(s):. This is followed by a list of the tokens in the input provided, each placed on a separate line and indented by a single space. For our purposes, a token is any string in the user input that is delimited by a space (i.e., basically a word). The string n token(s) read is then outputted on the next line (of course, n is replaced with the actual number of tokens read). Finally, a blank line is outputted before prompting for user input again. The process repeats until the command exit is provided. Hints: (1) An array of 256 characters for the user input should suffice (2) To get user input, fgets is your friend (3) To compare user input, strcmp is your friend (4) To tokenize user input, strtok is your friend Turn in your .c source file only that is compilable as follows (filename doesn't matter): gcc -o prog1 prog1.c Make sure to comment your source code appropriately, and to include a header providing your name.
In: Computer Science
How did the New York Police Department implement their new theory of policing?
In: Psychology
In C++, dealing with Binary Search trees. Implement search, insert, removeLeaf, and removeNodeWithOneChild methods in BST.h. BST.h code below
#include <iostream> #include "BSTNode.h" using namespace std; #ifndef BST_H_ #define BST_H_ class BST { public: BSTNode *root; int size; BST() { root = NULL; size = 0; } ~BST() { if (root != NULL) deepClean(root); } BSTNode *search(int key) { // complete this method } BSTNode *insert(int val) { // complete this method } bool remove(int val) { // complete this method } private: void removeLeaf(BSTNode *leaf) { // complete this method } void removeNodeWithOneChild(BSTNode *node) { // complete this method } static BSTNode *findMin(BSTNode *node) { if (NULL == node) return NULL; while (node->left != NULL) { node = node->left; } return node; } static BSTNode *findMax(BSTNode *node) { if (NULL == node) return NULL; while (node->right != NULL) { node = node->right; } return node; } void print(BSTNode *node) { if (NULL != node) { node->toString(); cout << " "; print(node->left); print(node->right); } } static int getHeight(BSTNode *node) { if (node == NULL) return 0; else return 1 + max(getHeight(node->left), getHeight(node->right)); } static void deepClean(BSTNode *node) { if (node->left != NULL) deepClean(node->left); if (node->right != NULL) deepClean(node->right); delete node; } public: int getTreeHeight() { return getHeight(root); } void print() { print(root); } int getSize() { return size; } }; #endif
This is the expected output
****************** Test BST Correctness ******************
Inserting the following numbers: [11, 12, 15, 17, 12, 19, 4, 5, 11,
19, 20, 32, 77, 65, 66, 88, 99, 10, 8, 19,
15, 66, 11, 19]
*** BST Structure (after insertion) ***
<11, null> <4, 11> <5, 4> <10, 5> <8,
10> <12, 11> <15, 12> <17, 15> <19, 17>
<20, 19> <32, 20> <77,
32> <65, 77> <66, 65> <88, 77> <99,
88>
Size of BST: 16
*** Searching BST ***
Found: [19, 12, 4, 5, 19, 20, 32, 99, 8, 12]
Did not find: [29, 3, 27, 34, 45, 37, 25, 25, 24, 16]
*** Deleting BST ***
Deleted: [12, 15, 5, 17, 19, 4, 20, 32, 99, 10, 8]
Did not find: [16, 5, 19, 17, 19, 39, 19, 15, 21]
*** BST Structure (after deletion) ***
<11, null> <77, 11> <65, 77> <66, 65>
<88, 77>
Size of BST: 5
****************** Clean up ******************
Size of hash table: 0
Size of BST: 0
In: Computer Science
You are a clinical psychologist researching the field of cognitive coping mechanisms, (no use of pharmacological drugs), associated with resiliency for middle childhood children. What would you do to help cognitive coping of middle childhood children with the hopes that they can develop increased resiliency?
In: Psychology
Suppose you have the following list of integers to sort:
[1, 5, 4, 2, 18, 19]
which list represents the partially sorted list after three complete passes of insertion sort?
1 2 4 5 18 19 |
||
1 4 5 2 18 19 |
||
1 4 2 5 18 19 |
||
None of the above |
In: Computer Science
In: Psychology
The year is 1997, California Pizza Kitchen is thinking to launch a new brand of frozen pizza. You are the Brand Manager for CPK.
Your task: develop a one-page executive summary to G.J. Hart, CEO persuading him that the company should launch this product
What is CPK's key POD?
What is your recommended S-T-P?
Include a proper positioning statement (using Kotler's model) What are the company's calculated risks?
WHY should the company pursue this endeavor?
Include an introduction, and summary conclusion
In: Operations Management
What is one thing that came to mind when you read the film study or the synopsis of Iron Jawed Angels?
Name one women in History that stood out for women's rights.
Why did this woman come to mind when asked that question?
In: Operations Management