A researcher disrupts cells and separates subcellular components using centrifugation.What is the primary factor that determines whether a specific cellular component remains in the liquid solution or ends up in the pellet?
A)the relative size and weight of the component
B)the relative solubility of the component
C)how hydrophobic the component is
D)the carbohydrate composition of the component

Question

Quizplus · Accepted Answer

The primary factor that determines whether a specific cellular component remains in the liquid solution or ends up in the pellet is the relative size and weight of the component. This is because centrifugation separates components based on their density, and the larger and denser components will sediment to the bottom of the tube and form a pellet.

A Researcher Disrupts Cells and Separates Subcellular Components Using Centrifugation