Consider a spherical bacterium. with radiuS 0-l05m,talling in Water atao°C. Find the terminal speed o the sehencal bacterium In mcters. per decond, ignoring the buoy ant 7orce on the barterium and ass uming Stokes law o7yhe Yiscous Force. lou will7irt need to notethat the drag 7orce isequal To the weight at terminal velocity. Take the densiri A the bacterium To be l,4x10° kg!m³. 1.002x10°Kg|m.sand the density is 998 kg|m.t The viscosity 07 water att do°Cis

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
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Chapter14: Fluid Mechanics
Section: Chapter Questions
Problem 44P: A straightforward method of finding the density of an object is to measure its mass and then measure...
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talling
Consider a spherical bacter jum, with radius 0-l05mm
in Water atao°c.
Findl the terminal speed o7 the sphencal bacterium In mcters
persecond, ignoring the buoyant 7orce on the baderium
and assuming Stokes' law o7he viscous Aorce. You willAiot
moneed to note that the drag 70rce iseaual TO the weight at
Terminal velocity. Take the denst OA the bacterium To be
1.4x10°
3.
Kg!
Kalm. do°Cis
The Viscosity 07 water at
20°CIS
1.002x10
03 .t
Kg/m.Sand Yhe denoity 15 998 kg m
V=
चथाी ।
Transcribed Image Text:talling Consider a spherical bacter jum, with radius 0-l05mm in Water atao°c. Findl the terminal speed o7 the sphencal bacterium In mcters persecond, ignoring the buoyant 7orce on the baderium and assuming Stokes' law o7he viscous Aorce. You willAiot moneed to note that the drag 70rce iseaual TO the weight at Terminal velocity. Take the denst OA the bacterium To be 1.4x10° 3. Kg! Kalm. do°Cis The Viscosity 07 water at 20°CIS 1.002x10 03 .t Kg/m.Sand Yhe denoity 15 998 kg m V= चथाी ।
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