Question

Select all that apply. The sedimentation coefficient: is obtained when a particle has neutral buoyant density. is affected by the shape of the sedimenting particle. is directly proportional to the molecular weight of a particle in an ultracentrifuge. values are additive, so a 50S ribosome will dissociate to two 25S subunits. is expressed in Svedberg units, named after the scientist who invented the ultracentrifuge.

Name: select all that apply the sedimentation coefficient is obtained when a particle has neutral buoyant density is affected by the shape of the sedimenting particle is directly proportional to t 44665
Uploaded: 2023-06-23T08:40:32-08:00
Duration: 2 min 4 s
Channel: Madhur L
Description: select all that apply the sedimentation coefficient is obtained when a particle has neutral buoyant density is affected by the shape of the sedimenting particle is directly proportional to t 44665

          Select all that apply.
The sedimentation coefficient:
is obtained when a particle has neutral buoyant density.
is affected by the shape of the sedimenting particle.
is directly proportional to the molecular weight of a particle
in an ultracentrifuge.
values are additive, so a 50S ribosome will dissociate to two
25S subunits.
is expressed in Svedberg units, named after the scientist who
invented the ultracentrifuge.

Added by Lu-S H.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

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Solved by Expert Madhur L

06/23/2023

Step 1

(True) - The sedimentation coefficient is affected by the shape of the sedimenting particle. (True) - The sedimentation coefficient is directly proportional to the molecular weight of a particle in an ultracentrifuge. (False - it is inversely proportional) - Show more…

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Select all that apply. The sedimentation coefficient: is obtained when a particle has neutral buoyant density. is affected by the shape of the sedimenting particle. is directly proportional to the molecular weight of a particle in an ultracentrifuge. values are additive, so a 50S ribosome will dissociate to two 25S subunits. is expressed in Svedberg units, named after the scientist who invented the ultracentrifuge.