how do I do the ideal body weight and % of IBW. could understand this part. please please explain. thank you!
how do I do the ideal body weight and % of IBW. could understand this part....
Ideal Body Weight of 71 kg The ventilator tidal volume range is: Ideal Body weight of 138 lb IBW is kg The ventilator tidal volume range is: Ideal Body Weight of 55 kg The ventilator tidal volume range is: Ideal Body weight of 133 lb BW is The ventilator tidal volume range is: kg The peak inspiratory pressue is 47 cmH20 and the PEEP is 8 cmH20 with a set Vt of 750 mL. The tubing compliance factor is 3.4...
Calculating Protein Needs 6. A Diabetic female 5ft 6inches tall, weighing 200lb (Ideal Body Weight = 130lb) a. For this person, they are >130%IBW b. We must first adjust for obesity c. Adjusted Weight for Obesity = (Actual Weight - Ideal Body Weight) x 0.2 + Ideal Body Weight
Could someone please explain how to do this. Thank you. If you could explain in detail so I could understand I would appreciate it very much! Provide curved arrows to indicate the mechanism involved in each step of the following Hantzsch pyridine synthesis. 0 OH OH OH 0 он о O HO NH3 OH O H2N он он OH H
I don't understand the part whether to ACCEPT or REJECT a project please explain. Do I always have to reject a project when NPV is NEGATIVE? Kindly explain base on the attached photo here or if there's simplest way for me to understand. How do I know a benchmark of this given questions? I know how to calculate them so I've done the workings already. I just need explanation Why must reject and accept. thank you /0000.00 10 % asoo,...
When solving these could you please do it in steps so I can understand and repeat it with different numbers! How many moles of an ideal gas must be present in a sample that is known to have a pressure of 18 atm, a volume of 2 liters, and a temperature of 41°C? a. 1.4 moles b. 3.91 moles c. 0.419 moles d. 3.21 moles If the gas is oxygen, what is the mass of this sample? How many molecules...
I do not understand how to answer part c. If you could please provide the work to solve for the answer that would be great, thanks! Use the worked example above to help you solve this problem. (a) Calculate the resistance per unit length of a 44 gauge nichrome wire of radius 0.642 mm. 1.16 (b) If a potential difference of 11.6 V is maintained across a 1.00 m length of wire, what is the current in the wire? 10...
Could you please explain in depth how you come to the answer on this? I understand that the atomic mass, m = 55.85 g/mole and the radius, r = 1.25 a ---- r = 1.24 x 10 ^-8 But for BCC how do you find the atomic number? I know it is Z = 2. but how do you find it and what does it signify? Also, for BCC how do you find r? I know it is ((sqrt 3)*9)...
Please if you could help me understand how to do this. Thank you! RLC example A dc source is connected to a series RLC circuit by a switch that closes at t = 0 as shown in Figure 4.21. The initial conditions are i(0) 0 and vc(0) 0. Write the differential equation for vct). Solve for vcl) if R 300,200, and 100 2. 10 mH i(0)
Chanter 4-Body Weight -What is body composition? How do we measure body fat in our class? HINT-BIA make sure you know/understand the definition of this and how it works What is BMI and what are its limitations? What is visceral fat? -What is anorexia nervosa? -What is bulimia nervosa?
I dont understand how they solved the c part could someone help out.. Especially how do they got that formula i highlighted Could someone explain this problem clearly and correctly.. Any helpful help would be appreciated.. P.3-17 Solve the following problems: a) Find the breakdown voltage of a parallel-plate capacitor, assuming that e conducting plates are 50 (mm) apart and the medium between them is air. b) Find the breakdown voltage if the entire space between the conducting plates is...