John Q . Patient is a 65 year old Caucasian man with a single- leg amputation. His activity level is typically low. But when he has suregy or if he has burns ( Q11 & 12) , he will be confined to the bed. Here is somme information about JQP.Knee Height (KH) 50 cmWeight:200 LBMid -Arm Circunference (MAC): 35 cmCalf-Circunference (CC) : 38 cmBMI= weight in pounds/height inches/ height inches x703 Submitted: 617 days and 20 hours ago. Category: Homework Value: $30 Status: CLOSED Expert: RRJhareplied 617 days ago. Hi,Welcome to justanswer !Please post the question. All I see above is data about John Q.Regards, Customerreplied 616 days and 22 hours ago.For this project, you will complete the calculations for the patient described below:John Q. Patient is a 65-year-old Caucasian man with a single-leg amputation. His activity level is typically low. But when he has surgery or if he has burns (Q11 & 12), he will be confined to the bed. Here is some information about JQP: * Knee Height (KH) 50 cm * Weight: 200 lb * Mid-Arm Circumference (MAC): 35 cm * Calf-Circumference (CC): 38 cm Conversions:1 pound/2.2 = kg or kg x 2.2 = pounds Example 140 pounds/2.2 = 63.6 kg or round to 64 kg. 1 Foot = 12?1 inch x 2.54 = cm or cm/2.54 = inches. 1 cm/100 = meters or meters x 100 = cm Example 6 feet = 6 x 12 = 72 inches 72 inches x 2.54 = 182.33 cm or round to 182 182 cm/100 = 1.82 meters BMI = weight in pounds/height inches/height inches x 703 Example 140/72 = 1.944/72=.027 x 703 = 18.95 BMI classification (Table 6.6 pg 177) = Normal weight IMPORTANT TIPS: This project can be time consuming with all of the calculations ? please start early! This project does not require double spacing, nor does it require a reference page. Be sure to include your math equations in your paper (show all your work) see p. 236, box 7.4, for an example of how to show your equations. These equations build upon each other, so you want to double check all of your answers Be sure to add units (calories, grams protein, etc.) for your final answer. The energy equations (Questions 8-13) are all based on the person's actual weight (200 pounds) ? this will need to be converted to kg for the equations. Questions 11 and 12 ? use a confined to bed activity factor because they are for surgery and burns. All other questions, use a low activity factor. For equations with decimal points; keep up to two decimal places in your equations, and round when you get the final answer. Calculations: 1. Stature in cm from KH (Table 7.1, pp. 219). Convert answer to inches. 10 points Equation: Show Work: 2. Calculate adjusted body weight post amputation 10 pointsEquation and example in text on p. 225 ? single leg amputation Equation: Show Work: 3. BMI based on adjusted body weight. (Show your math ? equation below) 10 points (Adjusted body weight post amputation in pounds/ht inches/ht inches) x 703 = ). Identify BMI classification (normal weight, overweight, obesity) 4. Desirable body weight. 10 pointsChoose a method: HAMWI (p. 170-171 in text on weight standards), 1983 Metropolitan Life Insurance HT/WT table (p. 171-172, table 6.1) for medium build ? select the midpoint of the range given, or select the midpoint of a normal BMI. Identify the method you chose. Show your work. 5. Percent post amputation desirable weight. 10 pointsYour answer from Q2 divided by your answer in Q4 x 100(Weight is in pounds)Equation: Adjusted body weight/desired body weight x 100 = ____ % 6. Estimated body weight in kg from anthropometric measures. Convert answer to pounds (p. 224, table 7.3). 10 pointsEquation: Show work: 7. Estimated body weight in kg from KH and MAC. Convert answer to pounds (p. 225, table 7.4). 10 pointsEquation: Show work: Note: Mifflin St Jeor has been determined to have better accuracy for estimated energy needs for healthy overweight and obese individuals and in real practice is used most frequently. 8. REE: compare Mifflin St Jeor REE equation and one equation you choose from the text. REE represents resting energy expenditure in kilocalories/day. 20 points ? 10 points each equation REE Harris Benedict p. 232, table 7.7*REE National Academy of Science p. 233, table 7.8**REE WHO p. 232, table 7.7* The Mifflin-St Jeor equations are*:Male: REE = 10?weight + 6.25?height - 5?age + 5Female: REE = 10?weight + 6.25?height - 5?age - 161 *These equations require weight = kilograms, height = centimeters, age = years. ** This equation requires wt = kg, ht = meter, age = years Label your equations and list all of your work. PA factors are specific to each equation. Use the factors identified for each equation you select.9. EER (Estimated energy requirement) in Kcals/day. (p. 233-234, table 7.9) 10 pointsUse a low activity factor and complete the equation as identified below, showing all of your steps. EE
Have already did most of the assignment but I am no sure if I did my calculations correct.
Hi, I’m a Moderator for this topic and I wonder whether you’re still waiting for an answer. If you are, please let me know and I will do my best to find a Professional to assist you right away. If not, feel free to let me know and I will cancel this question for you. Thank you!
Please Cancle this request, I no longer need assistance.