The expression for the Bone mass m of a human femur of length L in terms of the outer radius R, the inner radius r and the ratio k=r/R. More generally, if the bone density is p, measured in g/cm^3 , then bone mass is given by the equation M=pi r^2 L [p-(p-1)*k^2]. It may happen that k change with age, t. If k changes during aging, find an expression for the rate of change of m with respect to t. M = a r² L[p – (p – 1)k²
The expression for the Bone mass m of a human femur of length L in terms of the outer radius R, the inner radius r and the ratio k=r/R. More generally, if the bone density is p, measured in g/cm^3 , then bone mass is given by the equation M=pi r^2 L [p-(p-1)*k^2]. It may happen that k change with age, t. If k changes during aging, find an expression for the rate of change of m with respect to t. M = a r² L[p – (p – 1)k²
Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015
1st Edition
ISBN:9781680331141
Author:HOUGHTON MIFFLIN HARCOURT
Publisher:HOUGHTON MIFFLIN HARCOURT
Chapter10: Radical Functions And Equations
Section: Chapter Questions
Problem 15CT
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![The expression for the Bone mass m of
a human femur of length L in terms of
the outer radius R, the inner radius r
and the ratio k=r/R. More generally, if
the bone density is p, measured in
g/cm^3 , then bone mass is given by
the equation M=pi r^2 L [p-(p-1)*k^2]. It
may happen that k change with age, t.
If k changes during aging, find an
expression for the rate of change of m
with respect to t.
M = a r² L[p – (p – 1)k²]
Your answer](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3b9c7fcd-a894-4843-9b80-803ecd973e04%2Fb07da2ff-5e74-4ff6-9976-8811178be1c2%2Fg5ccf3a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The expression for the Bone mass m of
a human femur of length L in terms of
the outer radius R, the inner radius r
and the ratio k=r/R. More generally, if
the bone density is p, measured in
g/cm^3 , then bone mass is given by
the equation M=pi r^2 L [p-(p-1)*k^2]. It
may happen that k change with age, t.
If k changes during aging, find an
expression for the rate of change of m
with respect to t.
M = a r² L[p – (p – 1)k²]
Your answer
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