Fundamentals of Cell Size and Surface Area
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The 2 μm cell has a higher SA:V ratio than the 4 μm cell.
A spherical cell has a radius of 2 micrometers (μm). Another spherical cell has a radius of 4 micrometers (μm). Which statement correctly compares their surface area-to-volume (SA:V) ratios?
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Practice calculating surface area-to-volume ratios and defining how these geometric constraints limit the maximum size of a functional biological cell.
Fundamentals of Cell Size and Surface Area
Flashcards
0
0
1 / 10
The 2 μm cell has a higher SA:V ratio than the 4 μm cell.
A spherical cell has a radius of 2 micrometers (μm). Another spherical cell has a radius of 4 micrometers (μm). Which statement correctly compares their surface area-to-volume (SA:V) ratios?
0
Ibahagi
I-save
Practice calculating surface area-to-volume ratios and defining how these geometric constraints limit the maximum size of a functional biological cell.