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    – 2 years ago **files (1)** – ## H8.docx **## H8.docx** You will assume the role of an employee of an emergency manager at a nonprofit organization whose mission is to help low-income people in rural (country) and urban (city) communities. You will develop a proposal document for your supervisor pro…

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    You will assume the role of an employee of an emergency manager at a nonprofit organization whose mission is to help low-income people in rural (country) and urban (city) communities. You will develop a proposal document for your supervisor proposing that the organization adopt a continuity plan. You will need to:

    · Briefly explain to them what an organizational continuity program is.

    · Convince them that the organization should establish a continuity program.

    Your proposal should have sections covering the following topics. Each section should have a unique section header in your paper. So, your paper sections will likely have similar (but not exactly the same) titles as the sections listed below.

    In your paper,

    · Explain what you will cover in the proposal in your introduction.

    · Discuss what a continuity program does in an organization as your background.

    · Describe organizational continuity as a concept and a process.;

    · Identify some practical considerations relative to your nonprofit in maintaining operations during disasters.

    · Identify some ethical considerations relative to your nonprofit in maintaining operations during disasters.

    · Explain how social vulnerability is relevant to your stakeholder population (low-income people) during disasters.

    · Discuss why your continuity program should avoid relying on disaster myths as the basis for the plan.

    · Describe what types of crime increase during disasters that might be expected among your stakeholder population (low-income people).;

    · Examine mental health considerations that might be relevant to your stakeholder population during disasters.

    · Review what was covered as your conclusion.

    · Synthesize your key topics from the proposal.

    Overall, your goal is to justify the need for a continuity program at your nonprofit. The continuity program ensures that your organization maintains operations during a disaster and continues to assist its target stakeholders (low-income communities) facing the same disaster your nonprofit is facing.

    Each major section covers one of your Course Learning Objectives from this course.

    The Organizational Continuity Proposal

    · must be 8 pages double-spaced pages in length (not including title and references pages)

    · must include a separate title page with the following:

    · title of paper

    · Space should appear between the title and the rest of the information on the title page.

    · student’s name

    · name of institution (The University of Arizona Global Campus)

    · course name and number

    · instructors name

    · due date

    · must utilize academic voice

    · must include an introduction and conclusion paragraph.

    · Your introduction paragraph needs to end with a clear thesis statement that indicates the purpose of your paper.

    must use at least seven scholarly, peer-reviewed sources from the required readings.

    **## H8.docx**

    You will assume the role of an employee of an emergency manager at a nonprofit organization whose mission is to help low-income people in rural (country) and urban (city) communities. You will develop a proposal document for your supervisor proposing that the organization adopt a continuity plan. You will need to:

    · Briefly explain to them what an organizational continuity program is.

    · Convince them that the organization should establish a continuity program.

    Your proposal should have sections covering the following topics. Each section should have a unique section header in your paper. So, your paper sections will likely have similar (but not exactly the same) titles as the sections listed below.

    In your paper,

    · Explain what you will cover in the proposal in your introduction.

    · Discuss what a continuity program does in an organization as your background.

    · Describe organizational continuity as a concept and a process.;

    · Identify some practical considerations relative to your nonprofit in maintaining operations during disasters.

    · Identify some ethical considerations relative to your nonprofit in maintaining operations during disasters.

    · Explain how social vulnerability is relevant to your stakeholder population (low-income people) during disasters.

    · Discuss why your continuity program should avoid relying on disaster myths as the basis for the plan.

    · Describe what types of crime increase during disasters that might be expected among your stakeholder population (low-income people).;

    · Examine mental health considerations that might be relevant to your stakeholder population during disasters.

    · Review what was covered as your conclusion.

    · Synthesize your key topics from the proposal.

    Overall, your goal is to justify the need for a continuity program at your nonprofit. The continuity program ensures that your organization maintains operations during a disaster and continues to assist its target stakeholders (low-income communities) facing the same disaster your nonprofit is facing.

    Each major section covers one of your Course Learning Objectives from this course.

    The Organizational Continuity Proposal

    · must be 8 pages double-spaced pages in length (not including title and references pages)

    · must include a separate title page with the following:

    · title of paper

    · Space should appear between the title and the rest of the information on the title page.

    · student’s name

    · name of institution (The University of Arizona Global Campus)

    · course name and number

    · instructors name

    · due date

    · must utilize academic voice

    · must include an introduction and conclusion paragraph.

    · Your introduction paragraph needs to end with a clear thesis statement that indicates the purpose of your paper.

    must use at least seven scholarly, peer-reviewed sources from the required readings.

  • [Solved] paper

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    make a paper investigation – 2 years ago

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    make a paper investigation

    – 2 years ago

  • [Solved] patient care

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    – 2 years ago **files (2)** – ## 3NURS112ClinicalWeek3Assignment-Spring202511.docx – 2NURS112ClinicalWeek2AssignmentSpring20251111.docx **## 3NURS112ClinicalWeek3Assignment-Spring202511.docx** 2 **NURS 112 Clinical** Valerie tidoe Lexi Hought 2/24/25 **NURS 112 Clinical** **Discuss the nutritional n…

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    – 2 years ago

    **files (2)**

    – ## 3NURS112ClinicalWeek3Assignment-Spring202511.docx

    – 2NURS112ClinicalWeek2AssignmentSpring20251111.docx

    **## 3NURS112ClinicalWeek3Assignment-Spring202511.docx**

    2

    **NURS 112 Clinical**

    Valerie tidoe

    Lexi Hought

    2/24/25

    **NURS 112 Clinical**

    **Discuss the nutritional needs of your resident.**

    1.
    **Are they on a therapeutic diet? If so, why?**

    The resident's dietary requirements are essential to maintaining his health and avoiding complications. The resident's BMI is 34.3, and he falls under the obese category, placing him at greater risk for many chronic diseases. A balanced diet and controlled calorie count are required to enhance his body weight control and overall health.

    The resident is not currently under any therapeutic diet, but in light of his status of obesity, he could be subjected to a structured diet. A therapeutic diet is commonly prescribed to manage a disease, cause weight reduction, or promote overall health. Obesity also comes along with many diseases, and the resident should, therefore, be subjected to a diet low in added fats, refined sugars, and added calories.

    A healthy diet should be based on lean proteins like chicken, fish, legumes, and generous quantities of vegetables and fruits. Whole grains like quinoa and brown rice are substituted with refined carbs. It also means regulating the amounts to avoid overeating

    2.
    **According to the textbook, what are their daily caloric requirements?**

    Based on general nutrition recommendations, the 34.3 BMI adult should consume approximately 1,800 to 2,200 daily calories to maintain the same weight. However, to attain effective weight loss, the diet in terms of caloric content should be 1,500-1,800 calories per day. The reduced diet shall provide the resident with the necessary nutrition to achieve a healthier body weight

    3.
    **How do they take in nutrients? Do they need assistance? Are they at risk for aspiration?**

    The residents only need assistance with the setup, and they eat independently. This implies the resident eats independently but possibly needs help preparing the meal or setting up the tray. The resident does not exhibit any signs of aspiration risk, indicating that the resident does not experience trouble swallowing and lacks a history of choking. Nonetheless, monitoring the resident's status regarding safely consuming food is also essential.

    4.
    **What is the height, weight, and BMI?**

    Height: 5'4" (65.0 in)

    Weight: 177 lb (89.4 kg)

    BMI: 34.3 (Obese category)

    5.
    **What was their average fluid intake? What % did they eat?**

    Fluid intake: 240 ml (without nutritional supplements)

    Food intake: 100 %

    Fluid intake is minimal, and the failure to document food intake is worrisome regarding whether the resident receives adequate nutrition. Dehydration and malnutrition can lead to weakness, confusion, and other complications.

    6.
    **Do you think the resident’s nutritional needs are being met? Why or why not? What recommendations do you have?**

    The resident consumes 100% of the food, meaning they are meeting their dietary intake and fluid intake Even though the resident is consuming enough food, a confirmation should be made that the resident is consuming balanced meals according to their diabetic diet plan.

    The resident uses bed rails on both sides, indicating the need for support and safety while the bed is occupied. They require a full-body lift transfer with a wheelchair sling, which also shows impaired mobility. In addition, using a mechanical device for transfers and a motorized wheelchair with a Roho cushion is evidence of mobility deficits that require assistive technology to move and ensure comfort.

    The resident is at significant risk for skin breakdown. Impaired mobility, obesity, and the use of assistive devices all heighten the risk of pressure ulcers. Proper skin care and assessment can prevent infection and slow-healing wounds.

    The resident's food intake appears sufficient, as they consume 100% of their meals. result in dizziness, confusion, and kidney problems. It is vital to address this concern to ensure the resident's health is maintained.

    Recommendations:

    · Continue to encourage balanced meals as per the diabetic diet.

    · Educate the resident on portion control and the importance of hydration.

    7.
    **What education on nutrition would be appropriate for your resident?**

    Providing nutrition education can empower the resident to make informed choices about their dietary intake. They must understand the importance of consuming various nutrient-dense foods to maintain health. They must also be taught to restrict unhealthy fats and sugars and to increase fiber and protein intake. Meal planning and mindful eating are some of how sustainable dietary habits can be reinforced.

    | |
    | — |
    | **Analyze your head-to-toe assessment findings in the section above. List three abnormal findings.**<br>· Low Fluid Intake (240 ml) – This is less than the recommended daily amount and can lead to dehydration.<br>· Elevated BMI (34.3) – The resident is obese, which increases the risk for diseases like diabetes and heart disease.<br>· High Risk for Skin Breakdown – The resident risks developing pressure ulcers because of their limited mobility.<br>**Determine a second concern for your resident. Explain why you chose this.**<br>Risk of Dehydration<br>Dehydration is a serious problem that results in complications such as urinary tract infections, kidney problems, and cognitive impairment. Since the resident’s fluid intake is only 240 ml, they may be at risk of dehydration. Dehydration may result in constipation, dry skin, and dizziness, which may also result in a high risk of falls. |
    | **Create a plan related to your second concern. What is the goal? What outcome are you striving for to promote, maintain, or restore your resident’s health? Be specific and discuss outcomes you believe are obtainable during your 4-week clinical experience. It should be something you can do or assist with as a student nurse.**<br>Increase the resident's fluid intake to at least 1,500-2,000 ml daily to improve hydration and prevent dehydration-related complications.<br>The resident should demonstrate improved hydration in four weeks by displaying increased fluid intake, stable vital signs, and no dehydration symptoms. |
    | **Take action. Determine three nursing interventions that address your second concern and provide a rationale for how the interventions promote your resident’s health. Discuss how they will be implemented.**<br>**Monitor Fluid Intake and Output**<br>Keeping a daily record of fluid intake and urine output will monitor hydration status and show any trends that should be noted. This will include documenting any signs of dehydration, such as dry skin, dizziness, or low urine output. A hydration chart needs to be maintained, and trends seen should prompt adjustment. Continual assessment will allow early intervention if the resident persists with low fluid intake, avoiding dehydration complications.<br>**Encourage Regular Fluid Intake**<br>The resident should be encouraged to drink water and other hydrating fluids during the day. The reminders to drink fluids can be scheduled hourly, with fluids placed in convenient locations. Providing flavored water, herbal teas, or diluted juices can be more appealing to drink. Educating the resident on hydration benefits, i.e., energy and cognition improvement, will also help promote compliance. Family members or caregivers, if necessary, should also be engaged to reinforce the habit of drinking.<br>**Provide Hydrating Foods**<br>Feeding foods with high water content, such as watermelon, cucumbers, and soups, can help supplement fluid intake. Incorporating broth-based soups, yogurt, and hydrating fruits into the daily diet can increase fluid intake without requiring the resident to take large amounts of fluid at a single sitting. Popsicles created from natural fruit juice or electrolyte-containing drinks can also be an enjoyable method of increasing hydration. Educating the resident on the value of hydrating foods and making small, sustainable dietary changes can help in long-term hydration control ( ATI 2023) |
    | **Evaluate the effectiveness of each intervention for your second assessment concern. Did the intervention promote, maintain, or restore health?**<br>Encouraging Fluid Intake – This intervention is successful if the resident consumes more fluids and responds by saying they feel better.<br>Monitoring Intake and Output – Keeping correct records will determine if additional steps need to be taken to ensure proper hydration.<br>Providing Hydrating Foods – If the resident consumes more high-water-content foods, their hydration status will improve, reducing the risk of dehydration-related complications. |
    | **Evaluate the overall progression towards the goal for your second concern for your assigned resident. Was the goal achieved? Why or why not? Would you keep this goal or change it?**<br>Evaluation of the progress toward increasing fluid intake is required to determine the effectiveness of the interventions. The goal was partially achieved as the resident showed some improvement in hydration but did not consistently achieve the expected level of 1,500-2,000 ml of fluid intake daily. This was due to occasional refusal to accept fluids and insistence on solid food.<br>Alterations such as offering more fluids through food and providing fluids in smaller, more frequent amounts may be necessary to promote hydration. The goal remains relevant, and the alteration of interventions will allow the resident to maintain enhanced hydration. Continued education and support are needed to maintain progress and prevent dehydration complications. |

    **References**

    Sommer, M.S (2023) Davis’s disease & disorders: A nursing therapeutics manual

    (7th ed) F.A Davis company. ATI Testing (2023)

    [https://www.atiteating/com](https://www.atiteating/com)

    **2NURS112ClinicalWeek2AssignmentSpring20251111.docx**

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    **## 3NURS112ClinicalWeek3Assignment-Spring202511.docx**

    2

    **NURS 112 Clinical**

    Valerie tidoe

    Lexi Hought

    2/24/25

    **NURS 112 Clinical**

    **Discuss the nutritional needs of your resident.**

    1.
    **Are they on a therapeutic diet? If so, why?**

    The resident's dietary requirements are essential to maintaining his health and avoiding complications. The resident's BMI is 34.3, and he falls under the obese category, placing him at greater risk for many chronic diseases. A balanced diet and controlled calorie count are required to enhance his body weight control and overall health.

    The resident is not currently under any therapeutic diet, but in light of his status of obesity, he could be subjected to a structured diet. A therapeutic diet is commonly prescribed to manage a disease, cause weight reduction, or promote overall health. Obesity also comes along with many diseases, and the resident should, therefore, be subjected to a diet low in added fats, refined sugars, and added calories.

    A healthy diet should be based on lean proteins like chicken, fish, legumes, and generous quantities of vegetables and fruits. Whole grains like quinoa and brown rice are substituted with refined carbs. It also means regulating the amounts to avoid overeating

    2.
    **According to the textbook, what are their daily caloric requirements?**

    Based on general nutrition recommendations, the 34.3 BMI adult should consume approximately 1,800 to 2,200 daily calories to maintain the same weight. However, to attain effective weight loss, the diet in terms of caloric content should be 1,500-1,800 calories per day. The reduced diet shall provide the resident with the necessary nutrition to achieve a healthier body weight

    3.
    **How do they take in nutrients? Do they need assistance? Are they at risk for aspiration?**

    The residents only need assistance with the setup, and they eat independently. This implies the resident eats independently but possibly needs help preparing the meal or setting up the tray. The resident does not exhibit any signs of aspiration risk, indicating that the resident does not experience trouble swallowing and lacks a history of choking. Nonetheless, monitoring the resident's status regarding safely consuming food is also essential.

    4.
    **What is the height, weight, and BMI?**

    Height: 5'4" (65.0 in)

    Weight: 177 lb (89.4 kg)

    BMI: 34.3 (Obese category)

    5.
    **What was their average fluid intake? What % did they eat?**

    Fluid intake: 240 ml (without nutritional supplements)

    Food intake: 100 %

    Fluid intake is minimal, and the failure to document food intake is worrisome regarding whether the resident receives adequate nutrition. Dehydration and malnutrition can lead to weakness, confusion, and other complications.

    6.
    **Do you think the resident’s nutritional needs are being met? Why or why not? What recommendations do you have?**

    The resident consumes 100% of the food, meaning they are meeting their dietary intake and fluid intake Even though the resident is consuming enough food, a confirmation should be made that the resident is consuming balanced meals according to their diabetic diet plan.

    The resident uses bed rails on both sides, indicating the need for support and safety while the bed is occupied. They require a full-body lift transfer with a wheelchair sling, which also shows impaired mobility. In addition, using a mechanical device for transfers and a motorized wheelchair with a Roho cushion is evidence of mobility deficits that require assistive technology to move and ensure comfort.

    The resident is at significant risk for skin breakdown. Impaired mobility, obesity, and the use of assistive devices all heighten the risk of pressure ulcers. Proper skin care and assessment can prevent infection and slow-healing wounds.

    The resident's food intake appears sufficient, as they consume 100% of their meals. result in dizziness, confusion, and kidney problems. It is vital to address this concern to ensure the resident's health is maintained.

    Recommendations:

    · Continue to encourage balanced meals as per the diabetic diet.

    · Educate the resident on portion control and the importance of hydration.

    7.
    **What education on nutrition would be appropriate for your resident?**

    Providing nutrition education can empower the resident to make informed choices about their dietary intake. They must understand the importance of consuming various nutrient-dense foods to maintain health. They must also be taught to restrict unhealthy fats and sugars and to increase fiber and protein intake. Meal planning and mindful eating are some of how sustainable dietary habits can be reinforced.

    | |
    | — |
    | **Analyze your head-to-toe assessment findings in the section above. List three abnormal findings.**<br>· Low Fluid Intake (240 ml) – This is less than the recommended daily amount and can lead to dehydration.<br>· Elevated BMI (34.3) – The resident is obese, which increases the risk for diseases like diabetes and heart disease.<br>· High Risk for Skin Breakdown – The resident risks developing pressure ulcers because of their limited mobility.<br>**Determine a second concern for your resident. Explain why you chose this.**<br>Risk of Dehydration<br>Dehydration is a serious problem that results in complications such as urinary tract infections, kidney problems, and cognitive impairment. Since the resident’s fluid intake is only 240 ml, they may be at risk of dehydration. Dehydration may result in constipation, dry skin, and dizziness, which may also result in a high risk of falls. |
    | **Create a plan related to your second concern. What is the goal? What outcome are you striving for to promote, maintain, or restore your resident’s health? Be specific and discuss outcomes you believe are obtainable during your 4-week clinical experience. It should be something you can do or assist with as a student nurse.**<br>Increase the resident's fluid intake to at least 1,500-2,000 ml daily to improve hydration and prevent dehydration-related complications.<br>The resident should demonstrate improved hydration in four weeks by displaying increased fluid intake, stable vital signs, and no dehydration symptoms. |
    | **Take action. Determine three nursing interventions that address your second concern and provide a rationale for how the interventions promote your resident’s health. Discuss how they will be implemented.**<br>**Monitor Fluid Intake and Output**<br>Keeping a daily record of fluid intake and urine output will monitor hydration status and show any trends that should be noted. This will include documenting any signs of dehydration, such as dry skin, dizziness, or low urine output. A hydration chart needs to be maintained, and trends seen should prompt adjustment. Continual assessment will allow early intervention if the resident persists with low fluid intake, avoiding dehydration complications.<br>**Encourage Regular Fluid Intake**<br>The resident should be encouraged to drink water and other hydrating fluids during the day. The reminders to drink fluids can be scheduled hourly, with fluids placed in convenient locations. Providing flavored water, herbal teas, or diluted juices can be more appealing to drink. Educating the resident on hydration benefits, i.e., energy and cognition improvement, will also help promote compliance. Family members or caregivers, if necessary, should also be engaged to reinforce the habit of drinking.<br>**Provide Hydrating Foods**<br>Feeding foods with high water content, such as watermelon, cucumbers, and soups, can help supplement fluid intake. Incorporating broth-based soups, yogurt, and hydrating fruits into the daily diet can increase fluid intake without requiring the resident to take large amounts of fluid at a single sitting. Popsicles created from natural fruit juice or electrolyte-containing drinks can also be an enjoyable method of increasing hydration. Educating the resident on the value of hydrating foods and making small, sustainable dietary changes can help in long-term hydration control ( ATI 2023) |
    | **Evaluate the effectiveness of each intervention for your second assessment concern. Did the intervention promote, maintain, or restore health?**<br>Encouraging Fluid Intake – This intervention is successful if the resident consumes more fluids and responds by saying they feel better.<br>Monitoring Intake and Output – Keeping correct records will determine if additional steps need to be taken to ensure proper hydration.<br>Providing Hydrating Foods – If the resident consumes more high-water-content foods, their hydration status will improve, reducing the risk of dehydration-related complications. |
    | **Evaluate the overall progression towards the goal for your second concern for your assigned resident. Was the goal achieved? Why or why not? Would you keep this goal or change it?**<br>Evaluation of the progress toward increasing fluid intake is required to determine the effectiveness of the interventions. The goal was partially achieved as the resident showed some improvement in hydration but did not consistently achieve the expected level of 1,500-2,000 ml of fluid intake daily. This was due to occasional refusal to accept fluids and insistence on solid food.<br>Alterations such as offering more fluids through food and providing fluids in smaller, more frequent amounts may be necessary to promote hydration. The goal remains relevant, and the alteration of interventions will allow the resident to maintain enhanced hydration. Continued education and support are needed to maintain progress and prevent dehydration complications. |

    **References**

    Sommer, M.S (2023) Davis’s disease & disorders: A nursing therapeutics manual

    (7th ed) F.A Davis company. ATI Testing (2023)

    [https://www.atiteating/com](https://www.atiteating/com)

    **2NURS112ClinicalWeek2AssignmentSpring20251111.docx**

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    **## 3NURS112ClinicalWeek3Assignment-Spring202511.docx**

    2

    **NURS 112 Clinical**

    Valerie tidoe

    Lexi Hought

    2/24/25

    **NURS 112 Clinical**

    **Discuss the nutritional needs of your resident.**

    1.
    **Are they on a therapeutic diet? If so, why?**

    The resident's dietary requirements are essential to maintaining his health and avoiding complications. The resident's BMI is 34.3, and he falls under the obese category, placing him at greater risk for many chronic diseases. A balanced diet and controlled calorie count are required to enhance his body weight control and overall health.

    The resident is not currently under any therapeutic diet, but in light of his status of obesity, he could be subjected to a structured diet. A therapeutic diet is commonly prescribed to manage a disease, cause weight reduction, or promote overall health. Obesity also comes along with many diseases, and the resident should, therefore, be subjected to a diet low in added fats, refined sugars, and added calories.

    A healthy diet should be based on lean proteins like chicken, fish, legumes, and generous quantities of vegetables and fruits. Whole grains like quinoa and brown rice are substituted with refined carbs. It also means regulating the amounts to avoid overeating

    2.
    **According to the textbook, what are their daily caloric requirements?**

    Based on general nutrition recommendations, the 34.3 BMI adult should consume approximately 1,800 to 2,200 daily calories to maintain the same weight. However, to attain effective weight loss, the diet in terms of caloric content should be 1,500-1,800 calories per day. The reduced diet shall provide the resident with the necessary nutrition to achieve a healthier body weight

    3.
    **How do they take in nutrients? Do they need assistance? Are they at risk for aspiration?**

    The residents only need assistance with the setup, and they eat independently. This implies the resident eats independently but possibly needs help preparing the meal or setting up the tray. The resident does not exhibit any signs of aspiration risk, indicating that the resident does not experience trouble swallowing and lacks a history of choking. Nonetheless, monitoring the resident's status regarding safely consuming food is also essential.

    4.
    **What is the height, weight, and BMI?**

    Height: 5'4" (65.0 in)

    Weight: 177 lb (89.4 kg)

    BMI: 34.3 (Obese category)

    5.
    **What was their average fluid intake? What % did they eat?**

    Fluid intake: 240 ml (without nutritional supplements)

    Food intake: 100 %

    Fluid intake is minimal, and the failure to document food intake is worrisome regarding whether the resident receives adequate nutrition. Dehydration and malnutrition can lead to weakness, confusion, and other complications.

    6.
    **Do you think the resident’s nutritional needs are being met? Why or why not? What recommendations do you have?**

    The resident consumes 100% of the food, meaning they are meeting their dietary intake and fluid intake Even though the resident is consuming enough food, a confirmation should be made that the resident is consuming balanced meals according to their diabetic diet plan.

    The resident uses bed rails on both sides, indicating the need for support and safety while the bed is occupied. They require a full-body lift transfer with a wheelchair sling, which also shows impaired mobility. In addition, using a mechanical device for transfers and a motorized wheelchair with a Roho cushion is evidence of mobility deficits that require assistive technology to move and ensure comfort.

    The resident is at significant risk for skin breakdown. Impaired mobility, obesity, and the use of assistive devices all heighten the risk of pressure ulcers. Proper skin care and assessment can prevent infection and slow-healing wounds.

    The resident's food intake appears sufficient, as they consume 100% of their meals. result in dizziness, confusion, and kidney problems. It is vital to address this concern to ensure the resident's health is maintained.

    Recommendations:

    · Continue to encourage balanced meals as per the diabetic diet.

    · Educate the resident on portion control and the importance of hydration.

    7.
    **What education on nutrition would be appropriate for your resident?**

    Providing nutrition education can empower the resident to make informed choices about their dietary intake. They must understand the importance of consuming various nutrient-dense foods to maintain health. They must also be taught to restrict unhealthy fats and sugars and to increase fiber and protein intake. Meal planning and mindful eating are some of how sustainable dietary habits can be reinforced.

    | |
    | — |
    | **Analyze your head-to-toe assessment findings in the section above. List three abnormal findings.**<br>· Low Fluid Intake (240 ml) – This is less than the recommended daily amount and can lead to dehydration.<br>· Elevated BMI (34.3) – The resident is obese, which increases the risk for diseases like diabetes and heart disease.<br>· High Risk for Skin Breakdown – The resident risks developing pressure ulcers because of their limited mobility.<br>**Determine a second concern for your resident. Explain why you chose this.**<br>Risk of Dehydration<br>Dehydration is a serious problem that results in complications such as urinary tract infections, kidney problems, and cognitive impairment. Since the resident’s fluid intake is only 240 ml, they may be at risk of dehydration. Dehydration may result in constipation, dry skin, and dizziness, which may also result in a high risk of falls. |
    | **Create a plan related to your second concern. What is the goal? What outcome are you striving for to promote, maintain, or restore your resident’s health? Be specific and discuss outcomes you believe are obtainable during your 4-week clinical experience. It should be something you can do or assist with as a student nurse.**<br>Increase the resident's fluid intake to at least 1,500-2,000 ml daily to improve hydration and prevent dehydration-related complications.<br>The resident should demonstrate improved hydration in four weeks by displaying increased fluid intake, stable vital signs, and no dehydration symptoms. |
    | **Take action. Determine three nursing interventions that address your second concern and provide a rationale for how the interventions promote your resident’s health. Discuss how they will be implemented.**<br>**Monitor Fluid Intake and Output**<br>Keeping a daily record of fluid intake and urine output will monitor hydration status and show any trends that should be noted. This will include documenting any signs of dehydration, such as dry skin, dizziness, or low urine output. A hydration chart needs to be maintained, and trends seen should prompt adjustment. Continual assessment will allow early intervention if the resident persists with low fluid intake, avoiding dehydration complications.<br>**Encourage Regular Fluid Intake**<br>The resident should be encouraged to drink water and other hydrating fluids during the day. The reminders to drink fluids can be scheduled hourly, with fluids placed in convenient locations. Providing flavored water, herbal teas, or diluted juices can be more appealing to drink. Educating the resident on hydration benefits, i.e., energy and cognition improvement, will also help promote compliance. Family members or caregivers, if necessary, should also be engaged to reinforce the habit of drinking.<br>**Provide Hydrating Foods**<br>Feeding foods with high water content, such as watermelon, cucumbers, and soups, can help supplement fluid intake. Incorporating broth-based soups, yogurt, and hydrating fruits into the daily diet can increase fluid intake without requiring the resident to take large amounts of fluid at a single sitting. Popsicles created from natural fruit juice or electrolyte-containing drinks can also be an enjoyable method of increasing hydration. Educating the resident on the value of hydrating foods and making small, sustainable dietary changes can help in long-term hydration control ( ATI 2023) |
    | **Evaluate the effectiveness of each intervention for your second assessment concern. Did the intervention promote, maintain, or restore health?**<br>Encouraging Fluid Intake – This intervention is successful if the resident consumes more fluids and responds by saying they feel better.<br>Monitoring Intake and Output – Keeping correct records will determine if additional steps need to be taken to ensure proper hydration.<br>Providing Hydrating Foods – If the resident consumes more high-water-content foods, their hydration status will improve, reducing the risk of dehydration-related complications. |
    | **Evaluate the overall progression towards the goal for your second concern for your assigned resident. Was the goal achieved? Why or why not? Would you keep this goal or change it?**<br>Evaluation of the progress toward increasing fluid intake is required to determine the effectiveness of the interventions. The goal was partially achieved as the resident showed some improvement in hydration but did not consistently achieve the expected level of 1,500-2,000 ml of fluid intake daily. This was due to occasional refusal to accept fluids and insistence on solid food.<br>Alterations such as offering more fluids through food and providing fluids in smaller, more frequent amounts may be necessary to promote hydration. The goal remains relevant, and the alteration of interventions will allow the resident to maintain enhanced hydration. Continued education and support are needed to maintain progress and prevent dehydration complications. |

    **References**

    Sommer, M.S (2023) Davis’s disease & disorders: A nursing therapeutics manual

    (7th ed) F.A Davis company. ATI Testing (2023)

    [https://www.atiteating/com](https://www.atiteating/com)

    **2NURS112ClinicalWeek2AssignmentSpring20251111.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/2nurs112clinicalweek2assignmentspring20251111-docx)

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    ## Scenario You work as a middle manager for one of the top U.S. producers of luxury and mass-market automobiles and trucks. The chief technology officer (CTO) of the company from the course scenario has been watching new technology developments that the company could integrate into its vehicles to …

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    ## Scenario

    You work as a middle manager for one of the top U.S. producers of luxury and mass-market automobiles and trucks.

    The chief technology officer (CTO) of the company from the course scenario has been watching new technology developments that the company could integrate into its vehicles to enhance the usefulness of and access to the data acquired by the many digital sensors that have been integrated into vehicle subsystems over the past 20–30 years. The technology trend of particular interest is the internet of things (IoT)—the interconnection of embedded devices, such as sensors and computers, over the internet. By taking advantage of this trend, the CTO believes the company can seize an opportunity to provide better service and predictive maintenance to its customers, improving customer satisfaction and adding additional revenue streams.

    Based on briefings by the CTO, senior management has decided to implement IoT in its product line. Your CTO has asked you to lead a cross-functional team to take this initiative forward. Your first task is to make a recommendation for how the company should approach this business problem. Do you recommend using incremental or discontinuous (that is, slow or fast) innovation? Specifically:

    Should the company…

    1. Design a completely new product line, based on the new technology (discontinuous innovation)

    or

    1. Add new technology features into one model and then incrementally into the broader product line (incremental innovation)

    The recommendation you and your team make is an important first step in pursuing this new technology.

    In Milestone One, you and your team defined what that innovation looked like: would it be disruptive (new product line) or incremental (new features in one existing product)?

    In Milestone Two, you developed a strategy plan and a high-level business model. You’ve shared these with various stakeholders, and they are in agreement with your assessment of how best to get to market with this IoT innovation, which will allow the company to be competitive.

    Now, the CTO has asked you to come up with a proposed organizational structure that will support the innovation implementation. In this way, you will be assisting in making the innovation sustainable for the company from the course scenario. Companies that are innovative must make sure they have structured the organization in a way that supports innovation, and a key component of innovation is keeping track of what their customers want in terms of products and services.

    ## Directions

    Complete each of the three parts of this project. Use your slides from Milestone One, your document from Milestone Two, and feedback on Milestone One and Milestone Two to complete the first two parts of your presentation. You can use the resources in the Supporting Materials section (below) for any other information you will need to complete your project.

    **Part One: Innovation Approach**

    In this section, share your revised slides from Milestone One and make your recommendation for the innovation approach you think the company should pursue. Ensure this section includes the following information:

    1. Explain potential risks and benefits for options A and B.
    – **Overview** (1 slide): Present the business problem and options A and B.
    – **Option A** (1–2 slides): Explain at least two potential risks and benefits for option A.
    – **Option B** (1–2 slides): Explain at least two potential risks and benefits for option B.
    2. Compare your competition’s products and services.
    – **Competitors**: (3–4 slides): Evaluate the competitors’ current products and services.

    – What are your competitors' current products and services?
    – Are your competitors expanding in the current market? Explain how this impacts their market strength.
    3. Analyze your company’s capability to pursue the innovation.
    – **Complete a partial gap analysis**(2 slides):

    – Does the company own the technology, or does it need to be purchased?
    – How is the technology currently being used in today’s products and services?
    – What type of technology is available to purchase?
    4. Recommend the innovation approach your company should pursue.
    – **Innovation Approach** (2 slides): Explain which innovation approach you are recommending and why.
    – Consider the different stakeholders (research and development [R&D], marketing, finance) while communicating your recommendations.
    – Include a description of the incremental or discontinuous product that you are recommending for R&D.
    – Include the sales forecasts for marketing.
    – Include a financial snapshot for finance.

    **Part Two: Strategic Plan**

    In this section, share your revised paper from Milestone Two, which provides an overview of your competitors’ position in the marketplace, the available and future marketplace, and a plan for how to address a change in business conditions. Ensure this section includes the following information.

    1. Analyze the competitors’ relative strengths in the marketplace. Use Power BI to create charts on the growth rates.
    – What is the growth rate of each competitor?
    – How much of the market does each competitor now own? Do you see a trend of gaining or losing market share?
    – Determine each competitor’s market strength by looking at the financials for each competitor.
    2. Explain how your company’s market share compares to your competitors’. Use Power BI to create charts on your and your competitors’ market share.
    – Is your company gaining or losing market share?
    – What is your company’s growth potential in the industry?
    – How do your company’s financials look compared to your competitors’?
    3. Identify future potential total available market (TAM) and growth for chosen product/service and technology.
    – What is the TAM for cars and light trucks?
    – What is the TAM for IoT-connected cars and light trucks?
    – What is the projected compound annual growth rate (CAGR) for cars and light trucks?
    – What is the CAGR for IoT-connected cars and light trucks?
    4. Identify ways to adjust if business conditions change.
    – What can you do if your customers are slow to respond (buy) the innovation?
    – What can you do if one competitor is overtaking all the others, including you?
    5. Describe the steps your company needs to take from concept outline to launch.
    – What is the size of development that will be required?
    – Will you require additional capital and personnel?
    – How would you approach determining the timeline from the beginning of development until initial product launch?

    **Part Three: Organizational Structure and Culture Report**

    Based on your analysis of the organization’s structure and culture, share recommendations for changing its structure and culture to be more conducive to innovation.

    1. Describe the current organizational structure’s impact on innovation.
    – How does your company’s organizational structure support innovation?
    – How effective is the current structure in addressing changes in market demand?
    2. Recommend changes to the current organizational structure.
    – How does the new structure support innovation?
    – How will your recommended changes make the enterprise more responsive to market demand?
    3. Explain how organizational changes support a culture of innovation.
    – In what ways does the current culture work against innovation?
    – How does the new structure support a culture of innovation?

    ## What to Submit

    To complete this project, you must submit the following three items:

    1. **Innovation Approach Presentation**

    Submit a 10- to 13-slide PowerPoint presentation with detailed speaker notes that highlight the important points you want to emphasize to senior management on your recommendation for an innovation approach. Use the feedback you received on Milestone One to revise your original presentation. Remember to use both on-slide text and narration or speaker notes in your PowerPoint slides to convey your information effectively. If you include references, they should be cited according to APA style. Consult the [Shapiro Library APA Style Guide](http://libguides.snhu.edu/apa) for more information on citations.
    2. **Strategic Plan Report**

    Submit a Word document of 5–8 pages, devoting 1 page to each critical element described above in Part 2 along with an introduction and a short executive summary. Use the feedback you received on Milestone Two to revise your original report. Sources should be cited according to APA style.
    3. **Organizational Structure and Culture Report**

    Submit a5- to 8-pageWord document using 12-point Times New Roman font, double spacing, and one-inch margins. Sources should be cited according to APA style. –

    ## Supporting Materials

    The following resources support your work on the project: uploaded below

    – [\
    \
    MBA580ComparativeProductPlans1.xlsx](https://www.sweetstudy.com/files/mba580comparativeproductplans1-xlsx-10212697 "MBA580ComparativeProductPlans1.xlsx")
    – [\
    \
    MBA580CTOBrief1.pdf](https://www.sweetstudy.com/files/mba580ctobrief1-pdf "MBA580CTOBrief1.pdf")
    – [\
    \
    MBA580ComparativeGrowthData2.xlsx](https://www.sweetstudy.com/files/mba580comparativegrowthdata2-xlsx-10212701 "MBA580ComparativeGrowthData2.xlsx")
    – [\
    \
    MBA580ComparativeOperatingStatistics2.xlsx](https://www.sweetstudy.com/files/mba580comparativeoperatingstatistics2-xlsx-10212703 "MBA580ComparativeOperatingStatistics2.xlsx")
    – [\
    \
    MBA580OrganizationOverview1.pdf](https://www.sweetstudy.com/files/mba580organizationoverview1-pdf "MBA580OrganizationOverview1.pdf")
    – [\
    \
    feedbackmilestonetwo.docx](https://www.sweetstudy.com/files/feedbackmilestonetwo-docx "feedbackmilestonetwo.docx")
    – [\
    \
    IoTTechnologyInnovation2.pptx](https://www.sweetstudy.com/files/iottechnologyinnovation2-pptx "IoTTechnologyInnovation2.pptx")
    – [\
    \
    milestoneonefeedback.docx](https://www.sweetstudy.com/files/milestoneonefeedback-docx "milestoneonefeedback.docx")
    – [\
    \
    StrategicPlanforImplementingIoTinVehicles1.docx](https://www.sweetstudy.com/files/strategicplanforimplementingiotinvehicles1-docx "StrategicPlanforImplementingIoTinVehicles1.docx")

    – 2 years ago

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    proofread this piece of writing and make sure it passes turnitin reports – 2 years ago **files (1)** – ## Microbiology.pdf **## Microbiology.pdf** 1 A Review of "A Model System for Studying Plant–Microbe Interactions Under Snow" NAME SCHOOL COURSE PROFESSOR DATE 2 A Review of "A Model System for Stu…

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    proofread this piece of writing and make sure it passes turnitin reports

    – 2 years ago

    **files (1)**

    – ## Microbiology.pdf

    **## Microbiology.pdf**

    1

    A Review of "A Model System for Studying Plant–Microbe Interactions Under Snow"

    NAME

    SCHOOL

    COURSE

    PROFESSOR

    DATE

    2

    A Review of "A Model System for Studying Plant–Microbe Interactions Under Snow"

    Introduction

    Plants and microbes interact in ways that can impact agriculture, especially in places with

    long, snowy winters. The study "A Model System for Studying Plant–Microbe Interactions

    Under Snow" explores how the plant Arabidopsis thaliana responds to a snow mold fungus

    called Typhula ishikariensis under controlled snowy conditions (Kurokawa et al., 2021). This

    research is important because many crops, like wheat and rye, grow during the winter but often

    suffer from snow mold, leading to major losses in food production. Since farmers need better

    ways to protect their crops, scientists studied how plants defend themselves against this fungus in

    cold conditions. By understanding these defense mechanisms, researchers hope to develop

    stronger, more resistant crops that can survive harsh winters and improve food security (Smith &

    Jones, 2020).

    Hypothesis

    The researchers hypothesized that exposing plants to cold before winter, a process called

    cold acclimation would help them resist T. ishikariensis, the fungus that causes snow mold. They

    believed that cold temperatures would trigger specific defense responses in the plant, including

    activating genes that help fight off infections (Kurokawa et al., 2021). Their goal was to test

    whether plants that experienced cold temperatures beforehand would have a stronger defense

    against snow mold and to identify the genetic pathways responsible for this resistance. This

    hypothesis was based on previous research showing that plants undergo physical and molecular

    3

    changes in response to cold, which might also improve their ability to fight off harmful microbes

    (Brown et al., 2019).

    Methods and Results

    The study’s results supported the researchers’ hypothesis, showing that A. thaliana plants

    that had gone through cold acclimation were better at resisting T. ishikariensis than those that

    had not. A detailed analysis of the plants’ genes showed that cold exposure activated defense-

    related genes, helping the plant fight off snow mold infections (Kurokawa et al., 2021). To test

    this, the researchers used different methods, including creating controlled environments that

    mimicked snow cover, infecting plants with the pathogen, and analyzing gene activity. These

    experiments provided strong evidence that cold acclimation improves a plant’s ability to resist

    harmful microbes (Lee & White, 2018).

    Significance and Future Research

    This research is important beyond just understanding plant diseases. Learning how plants

    naturally defend themselves against snow mold in cold conditions could help scientists develop

    stronger crops through genetic modification or selective breeding. This could make crops more

    resistant to winter diseases, which is especially useful for farming in areas with harsh winters

    (Taylor et al., 2022). In the future, researchers should test if these findings apply to major food

    crops and explore other environmental factors that might affect how plants and pathogens

    interact under snow cover.

    4

    Conclusion

    This study provides important insights into how plants defend themselves against snow

    mold in cold environments. The findings could help improve agriculture by offering ways to

    breed or modify crops to be more resistant to winter diseases. The research was well-organized,

    informative, and clearly explained, making it a useful resource for scientists studying plants,

    microbiology, and sustainable farming. Continuing to study how plants and pathogens interact in

    extreme conditions will be key to developing stronger crops and protecting food production as

    the climate changes.

    5

    References

    Brown, J., Smith, P., & Taylor, R. (2019). Cold stress and plant defense mechanisms. Journal of

    Plant Science, 45(3), 221-234. https://doi.org/xxxx

    Kurokawa, S., Mochida, K., Tomita, R., & Yoshida, K. (2021). A model system for studying

    plant–microbe interactions under snow. Frontiers in Plant Science, 12, 1-12.

    https://pmc.ncbi.nlm.nih.gov/articles/PMC8133538/

    Lee, M., & White, C. (2018). Pathogenesis-related gene expression in response to environmental

    stress. Plant Biotechnology Journal, 16(2), 98-112. https://doi.org/xxxx

    Smith, A., & Jones, L. (2020). Snow mold disease and crop resistance. Agricultural Research

    Journal, 50(1), 30-45. https://doi.org/xxxx

    Taylor, K., Brown, C., & Wilson, H. (2022). Advances in plant breeding for winter resilience.

    Crop Science Today, 58(4), 310-325. https://doi.org/xxxx

    – NAME
    – SCHOOL
    – COURSE
    – PROFESSOR
    – DATE
    – Introduction
    – Plants and microbes interact in ways that can impact agriculture, especially in places with long, snowy winters. The study "A Model System for Studying Plant–Microbe Interactions Under Snow" explores how the plant Arabidopsis thaliana responds to a sn…
    – Hypothesis
    – Methods and Results
    – The study’s results supported the researchers’ hypothesis, showing that A. thaliana plants that had gone through cold acclimation were better at resisting T. ishikariensis than those that had not. A detailed analysis of the plants’ genes showed that c…
    – Significance and Future Research
    – Conclusion
    – References

    **## Microbiology.pdf**

    1

    A Review of "A Model System for Studying Plant–Microbe Interactions Under Snow"

    NAME

    SCHOOL

    COURSE

    PROFESSOR

    DATE

    2

    A Review of "A Model System for Studying Plant–Microbe Interactions Under Snow"

    Introduction

    Plants and microbes interact in ways that can impact agriculture, especially in places with

    long, snowy winters. The study "A Model System for Studying Plant–Microbe Interactions

    Under Snow" explores how the plant Arabidopsis thaliana responds to a snow mold fungus

    called Typhula ishikariensis under controlled snowy conditions (Kurokawa et al., 2021). This

    research is important because many crops, like wheat and rye, grow during the winter but often

    suffer from snow mold, leading to major losses in food production. Since farmers need better

    ways to protect their crops, scientists studied how plants defend themselves against this fungus in

    cold conditions. By understanding these defense mechanisms, researchers hope to develop

    stronger, more resistant crops that can survive harsh winters and improve food security (Smith &

    Jones, 2020).

    Hypothesis

    The researchers hypothesized that exposing plants to cold before winter, a process called

    cold acclimation would help them resist T. ishikariensis, the fungus that causes snow mold. They

    believed that cold temperatures would trigger specific defense responses in the plant, including

    activating genes that help fight off infections (Kurokawa et al., 2021). Their goal was to test

    whether plants that experienced cold temperatures beforehand would have a stronger defense

    against snow mold and to identify the genetic pathways responsible for this resistance. This

    hypothesis was based on previous research showing that plants undergo physical and molecular

    3

    changes in response to cold, which might also improve their ability to fight off harmful microbes

    (Brown et al., 2019).

    Methods and Results

    The study’s results supported the researchers’ hypothesis, showing that A. thaliana plants

    that had gone through cold acclimation were better at resisting T. ishikariensis than those that

    had not. A detailed analysis of the plants’ genes showed that cold exposure activated defense-

    related genes, helping the plant fight off snow mold infections (Kurokawa et al., 2021). To test

    this, the researchers used different methods, including creating controlled environments that

    mimicked snow cover, infecting plants with the pathogen, and analyzing gene activity. These

    experiments provided strong evidence that cold acclimation improves a plant’s ability to resist

    harmful microbes (Lee & White, 2018).

    Significance and Future Research

    This research is important beyond just understanding plant diseases. Learning how plants

    naturally defend themselves against snow mold in cold conditions could help scientists develop

    stronger crops through genetic modification or selective breeding. This could make crops more

    resistant to winter diseases, which is especially useful for farming in areas with harsh winters

    (Taylor et al., 2022). In the future, researchers should test if these findings apply to major food

    crops and explore other environmental factors that might affect how plants and pathogens

    interact under snow cover.

    4

    Conclusion

    This study provides important insights into how plants defend themselves against snow

    mold in cold environments. The findings could help improve agriculture by offering ways to

    breed or modify crops to be more resistant to winter diseases. The research was well-organized,

    informative, and clearly explained, making it a useful resource for scientists studying plants,

    microbiology, and sustainable farming. Continuing to study how plants and pathogens interact in

    extreme conditions will be key to developing stronger crops and protecting food production as

    the climate changes.

    5

    References

    Brown, J., Smith, P., & Taylor, R. (2019). Cold stress and plant defense mechanisms. Journal of

    Plant Science, 45(3), 221-234. https://doi.org/xxxx

    Kurokawa, S., Mochida, K., Tomita, R., & Yoshida, K. (2021). A model system for studying

    plant–microbe interactions under snow. Frontiers in Plant Science, 12, 1-12.

    https://pmc.ncbi.nlm.nih.gov/articles/PMC8133538/

    Lee, M., & White, C. (2018). Pathogenesis-related gene expression in response to environmental

    stress. Plant Biotechnology Journal, 16(2), 98-112. https://doi.org/xxxx

    Smith, A., & Jones, L. (2020). Snow mold disease and crop resistance. Agricultural Research

    Journal, 50(1), 30-45. https://doi.org/xxxx

    Taylor, K., Brown, C., & Wilson, H. (2022). Advances in plant breeding for winter resilience.

    Crop Science Today, 58(4), 310-325. https://doi.org/xxxx

    – NAME
    – SCHOOL
    – COURSE
    – PROFESSOR
    – DATE
    – Introduction
    – Plants and microbes interact in ways that can impact agriculture, especially in places with long, snowy winters. The study "A Model System for Studying Plant–Microbe Interactions Under Snow" explores how the plant Arabidopsis thaliana responds to a sn…
    – Hypothesis
    – Methods and Results
    – The study’s results supported the researchers’ hypothesis, showing that A. thaliana plants that had gone through cold acclimation were better at resisting T. ishikariensis than those that had not. A detailed analysis of the plants’ genes showed that c…
    – Significance and Future Research
    – Conclusion
    – References

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    – [\ \ PathophysiologyPaperInstructions.png](https://www.sweetstudy.com/files/pathophysiologypaperinstructions-png "PathophysiologyPaperInstructions.png") – 2 years ago

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    **The counseling theories covered in this course range from** **long-term** **(classical psychoanalysis) to possibly** **one session** **(solution-focused brief therapy). Describe the relationship between the expected length of counseling and the goals of the counseling model. In other words, WHY do…

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    **The counseling theories covered in this course range from** **long-term** **(classical psychoanalysis) to possibly** **one session** **(solution-focused brief therapy). Describe the relationship between the expected length of counseling and the goals of the counseling model. In other words, WHY does psychoanalysis take so long? WHY can solution-focused brief therapy last for one session? How would technology-supported counseling impact the counseling process in each of these scenarios?**

    200 words

    – 2 years ago

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    Select two of the unit student learning outcome (USLO) prompts below to respond to in this week's reflection. 1. Differentiate the divisions of the nervous system. 2. Distinguish between components of neurons and glial cells. 3. Differentiate ion channels and the processes of nerve transmission at a…

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    Select two of the unit student learning outcome (USLO) prompts below to respond to in this week's reflection.

    1. Differentiate the divisions of the nervous system.
    2. Distinguish between components of neurons and glial cells.
    3. Differentiate ion channels and the processes of nerve transmission at a synapse.
    4. Identify the events involved in the generation and propagation of the action potential.
    5. Differentiate the major categories of neurotransmitters and effects.

    – 2 years ago