The total body surface area, or BSA, of a human, is difficult to calculate. There are various models that estimate BSA based on a person's weight and height. One simpler model is BSA = √w*h/3600 where w= weight in kg and h= height in cm. a. Using this model, estimate the height of a person who weighs 68 kg and whose BSA is 1.9. Round your answer to the nearest cm. h= ? cm b. Using this model, estimate the weight of a person who is 163 cm tall and whose BSA is 2.2. Round your answer to the nearest kg. w=? kg
The total body surface area, or BSA, of a human, is difficult to calculate. There are various models that estimate BSA based on a person's weight and height. One simpler model is BSA = √w*h/3600 where w= weight in kg and h= height in cm. a. Using this model, estimate the height of a person who weighs 68 kg and whose BSA is 1.9. Round your answer to the nearest cm. h= ? cm b. Using this model, estimate the weight of a person who is 163 cm tall and whose BSA is 2.2. Round your answer to the nearest kg. w=? kg
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The total body surface area, or BSA, of a human, is difficult to calculate. There are various models that estimate BSA based on a person's weight and height. One simpler model is
BSA = √w*h/3600
where w= weight in kg and h= height in cm.
a. Using this model, estimate the height of a person who weighs 68 kg and whose BSA is 1.9.
Round your answer to the nearest cm.
h= ? cm
b. Using this model, estimate the weight of a person who is 163 cm tall and whose BSA is 2.2.
Round your answer to the nearest kg.
w=? kg
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