question. 3. The concept of surface area to volume ratio can be applied to understanding of the surface area to volume ratio, explain why moving North Pole, bears (Sun bear, Panda bear, Black bear, Grizzly multicellular organisms. Using y from the equator tow bear, and Polar bear) increase in
question. 3. The concept of surface area to volume ratio can be applied to understanding of the surface area to volume ratio, explain why moving North Pole, bears (Sun bear, Panda bear, Black bear, Grizzly multicellular organisms. Using y from the equator tow bear, and Polar bear) increase in
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter2: Cell Physiology
Section: Chapter Questions
Problem 4SQE: Calculate the number of cells in the body of an average 68-kg (150-lb) adult. (This will only be...
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Question
![ing two questions.
ollowing graphs:
a)
A graph that compares the side length (x axis) versus the surface area to volume ratio (y axis).
b) A graph that compares the surface area to volume ratio (x axis) versus the diffusion time (y axis).
(Do not forget to label the axes, the units on the axes, scale, and the title)
2.
Based on your results, would it be more efficient for a multicellular animal to grow by increasing the size of
cells or by increasing the number of cells? Explain your answer referencing your results from the lab.
Only students in Science 10 need to complete the following question.
3. The concept of surface area to volume ratio can be applied to multicellular organisms. Using your
understanding of the surface area to volume ratio, explain why moving from the equator towards the
North Pole, bears (Sun bear, Panda bear, Black bear, Grizzly bear, and Polar bear) increase in size.
E
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53d3e39e-e9f5-4c53-ba37-54c265a9af84%2Fd6046f8e-b933-4402-8e0c-986b87bb431b%2Fvnmq4b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:ing two questions.
ollowing graphs:
a)
A graph that compares the side length (x axis) versus the surface area to volume ratio (y axis).
b) A graph that compares the surface area to volume ratio (x axis) versus the diffusion time (y axis).
(Do not forget to label the axes, the units on the axes, scale, and the title)
2.
Based on your results, would it be more efficient for a multicellular animal to grow by increasing the size of
cells or by increasing the number of cells? Explain your answer referencing your results from the lab.
Only students in Science 10 need to complete the following question.
3. The concept of surface area to volume ratio can be applied to multicellular organisms. Using your
understanding of the surface area to volume ratio, explain why moving from the equator towards the
North Pole, bears (Sun bear, Panda bear, Black bear, Grizzly bear, and Polar bear) increase in size.
E
B
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