Suppose you operate an ice cream shop in the summer months. At the…

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Question Answered step-by-step Suppose you operate an ice cream shop in the summer months. At the… Suppose you operate an ice cream shop in the summer months. At the beginning of each year, you begin making plans for opening the ice cream shop by Memorial Day, commonly considered the beginning of the summer season. Your plans include organizing all the factors of production to ensure you can check each one off the list in order to be fully prepared.Your project should include a report of one or two pages to explain your process, an illustration of your imaginary ice cream shop, and a diagram showing how each factor of production contributes toward the business.Step 1: Write a reportDescribe how each factor of production contributes toward opening and operating the business.Include a checklist with each factor of production listed and described:Labor: Name the people who will work with you in the shop.Capital: Identify the funds needed or secured to start up the shop.Entrepreneur ownership: Indicate whether you will start up and operate the shop alone or have a partner.Natural resources: Name the tangible resources needed to operate your shop. Determine if you will only serve ice cream or also serve grilled food such as burgers and hot dogs.Information resources: Describe the knowledge or expertise possessed by the people involved in your business, along with any relevant market data you might use to help determine expenses, pricing of products, and pay for employees.Step 2: make an illustrationEnvision your concept of what your ice cream shop might look like.make an illustration of your shop or use a copyright-free image.Place the illustration/image in the center of your document.Step 3: Draw a diagramAround your shop image, draw your diagram of factors of production with arrows from each one pointing toward the shop.Use text or additional images to indicate each factor of production. Business Entrepreneurship HIGHSCHOOL 123 Share QuestionEmailCopy link Comments (0)

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Question Answered step-by-step Gas Exchange Evolving Case StudyMarcus JonesMarcus Jones is a 21-year-old 80-kg construction worker admitted to the intensive care unit after emergency surgery for blunt force trauma sustained from a metal rod being impaled in his abdomen while at work.  The surgical procedure was extensive and involved repair of a perforated bowel, splenectomy, and hemostasis. Marcus's mean arterial pressure (MAP) dropped below 65 mm Hg during resuscitation, and he received 9 units of packed red blood cells and 4 L of Lactated Ringer (LR) solution intravenously (IV) to achieve hemodynamic stability. Clinical AssessmentWithin 24 hours of admission to the unit, Marcus became extremely short of breath with an increase in respiratory rate of 40 breaths/min. Crackles, rhonchi, and bronchial breath sounds are heard bilaterally, whereas on admission, breath sounds were clear with a few crackles in the bases. The nurse performs an ABG per unit based protocol.Arterial blood gas (ABG) analysis reveals pHPaCO2HCO3-PaO2SaO27.5228mm Hg20mEq/L56mm Hg84% Partially compensated respiratory alkalosis with metabolic acidosis (Urden et al., 2022, p. 456). The nurse notifies the physician and Respiratory therapy of Marcus's ABG and change in respiratory status.  The team decides to intubate the patient.  While the RT is setting up the intubation equipment and ventilator the nurse grabs the Rapid Sequence Intubation (RSI) kit.   Marcus was sedated and intubated and placed on the following ventilator settings.ETT sizeModeFiO2VtRatePEEP#8P-A/C60% 145  Despite sedation, Marcus becomes extremely restless, diaphoretic, and tachypneic at 34 to 42 breaths/min. His breathing is not synchronous with the ventilator, which is causing him to fight, or "buck," the ventilator. The high-pressure alarm (PIP/Pplat) on the ventilator sounds frequently, and he steadily becomes more hypoxic. The physician orders the following changes to the ventilator settings to keep his PaO2 above 60ETT sizeModeFiO2VtRate PEEP#8P-A/C80% 1410  Diagnostic ProceduresThe current chest radiograph reveals complete opacity of the lungs. The chest radiograph in the emergency department was clear, and the chest radiograph immediately after surgery revealed bilateral patchy infiltrates that had a "ground-glass appearance." Before Surgery     After Surgery/"Ground Glass"pHPaCO2HCO3-PaO2SaO27.3333mm Hg20mEq/L60mm Hg90% Partially compensated metabolic acidosis (Urden et al., 2022, p. 456).Marcus's current vital signs, assessments, and labs include: blood pressure of 118/76 mm Hg, heart rate of 112 beats/min (sinus tachycardia), respiratory rate of 14 breaths/min, and temperature of 100.8F. Urine output is 30 mL/h, and peripheral pulses are palpable. Hematocrit is 24%, hemoglobin is 8 g/dL, lactate level is 3 mmol/L, and white blood count is 12,000/mcL. 1.  Identify 3 respiratory specific problems Mr. Jones is experiencing.  What evidence (be specific) is there to support the identification of these problems? 2. What interventions must be initiated to monitor, prevent, manage, or eliminate the 3 problems  identified in the above question? (List a minimum of 2 interventions for each of the 3 problems)       Health Science Science Nursing NURS H 356 Share QuestionEmailCopy link Comments (0)