20TOH9 HT 2 CELL MODELS : Mark the "cells" below with their dimensions. Then calculafe surface area, volume, and SA rafio for each. (see the blocks on demonstration for dimensions) A EACH BLOCK IS THE SAME SIZE: I x2x4 units A CUBOIDAL I" CELL" A"CELL" with CYTOPLASMIC EXTENSIONS Which do you predict will turn out to have the higher S/V ratio? Show your calculations of surface-to-volume ratio. A. surface: B. surface: volume: volume: SA/V ratio: SA/V ratio:
20TOH9 HT 2 CELL MODELS : Mark the "cells" below with their dimensions. Then calculafe surface area, volume, and SA rafio for each. (see the blocks on demonstration for dimensions) A EACH BLOCK IS THE SAME SIZE: I x2x4 units A CUBOIDAL I" CELL" A"CELL" with CYTOPLASMIC EXTENSIONS Which do you predict will turn out to have the higher S/V ratio? Show your calculations of surface-to-volume ratio. A. surface: B. surface: volume: volume: SA/V ratio: SA/V ratio:
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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Transcribed Image Text:2 CELL MODELS :
Mark the "cells" below with their dimensions.
Then calculate surface area, volume, and SA ratio for each.
(see +he blocks on demonstration for dimensions)
20TOHS3HT
А
EACH
BLOCK
IS THE
SAME
SIZE:
I x 2x 4
units
A CUBOIDAL
A"CELL" with CYTOPLASMIC
EXTENSIONS
CELL"
Which do you predict will turn out to have the higher S/V ratio?
Show your calculations of surface-to-volume ratio.
A. surface:
B. surface:
volume:
volume:
SA/V ratio:
SA/V ratio:
Was your prediction correct?
What principle of S/V ratio (see page 7) do your structures illustrate? (If you used different
blocks for your two structures, the relationship between them might be complex.)
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