calculate the time it would take for K+ to diffuse 1 m if it has a Diffusion coefficient, DK+ = 2000 μm2/s. A larger spherical protein with radius, r = 3 nm, experiences a viscosity of 0.7 mPa s. How long would it take for this protein to diffuse 1 m if the temperature was 37 ̊C? (hint – use the Stokes-Einstein Relation)
calculate the time it would take for K+ to diffuse 1 m if it has a Diffusion coefficient, DK+ = 2000 μm2/s. A larger spherical protein with radius, r = 3 nm, experiences a viscosity of 0.7 mPa s. How long would it take for this protein to diffuse 1 m if the temperature was 37 ̊C? (hint – use the Stokes-Einstein Relation)
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calculate the time it would take for K+ to diffuse 1 m if it has a Diffusion
coefficient, DK+ = 2000 μm2/s. A larger spherical protein with radius, r = 3 nm, experiences a
viscosity of 0.7 mPa s. How long would it take for this protein to diffuse 1 m if the temperature
was 37 ̊C? (hint – use the Stokes-Einstein Relation)
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