= 10-6 m) in all directions. How many cells in a human? Assume that cells have a typical size of about 10 µm (1µm And that we are the same density as water, and are made completely of cells (both exaggerations, of course, but

Physics for Scientists and Engineers
10th Edition
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Author:Raymond A. Serway, John W. Jewett
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Chapter1: Physics And Measurement
Section: Chapter Questions
Problem 30AP: (a) What is the order of magnitude of the number of micro organisms in the human intestinal tract? A...
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2. [#142] How many cells are you?
How many cells in a human? Assume that cells have a typical size of about 10 µm (1µm = 10-6 m) in all directions.
And that we are the same density as water, and are made completely of cells (both exaggerations, of course, but
fine for an order of magnitude estimate).
Hints: What is the volume of a cell? What is the volume of a human? How can these quantities be related to give the
number of cells in your body? The shape of the cell is not important in this rough estimate: for instance, the
difference in volume fraction between say cubes and close packed spheres is only 26%.
Format: When you enter your answer, enter it as a power of 10. For example: for 100000, enter "10^5". We'll use
this notation later, too.
Transcribed Image Text:2. [#142] How many cells are you? How many cells in a human? Assume that cells have a typical size of about 10 µm (1µm = 10-6 m) in all directions. And that we are the same density as water, and are made completely of cells (both exaggerations, of course, but fine for an order of magnitude estimate). Hints: What is the volume of a cell? What is the volume of a human? How can these quantities be related to give the number of cells in your body? The shape of the cell is not important in this rough estimate: for instance, the difference in volume fraction between say cubes and close packed spheres is only 26%. Format: When you enter your answer, enter it as a power of 10. For example: for 100000, enter "10^5". We'll use this notation later, too.
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