
Cells in the Human Body. Estimates of the number of cells in the human body vary over an order of magnitude. Indeed, the precise number varies from one individual to another and depends on whether you count bacterial cells. Here is one way to make an estimate.
a. Assume that an average cell has a diameter of 6 micrometers (6 * 10-6 meter), which means it has a volume of 100 cubic micrometers. How many cells are there in a cubic centimeter?
b. Estimate the number of cells in a liter, using the fact that a cubic centimeter equals a milliliter.
c. Estimate the number of cells in a 70-kilogram (154-pound) person, assuming that the human body is 100% water (actually it is about 60-70% water) and that 1 liter of water weighs 1 kilogram.

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Chapter 3 Solutions
EP USING+UNDERSTANDING MATH.-MYMATHLAB
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- Write an equation for the graph shown below. 5 4 3 2 1 -5-4-3-2-1 -1 1 2 3 4 5 f(x) = -2 -3 -4 -5arrow_forwardN = mg Ö == 6 mL mL - - (Ö sin(0) – ė² cos(0)) 2 - (N) * (µ cos(0) − sin(0)) 12 * g * cos(0) = 12g L + (3 * cos(0)) L mL μ * N = - (Ö cos(0) – 0² sin(0)) 2 Solve for mu in terms of theta, fully simplify (a lot of algebra) should get mu = function(theta)arrow_forward1. We want to graph the function f(x) log4 x. In a table below, = find at three points with nice integer y-values (no rounding!) and then graph the function at right. Be sure to clearly indicate any asymptotes. (4 points) 3 2 1- -1 0 1 2 3 4 5 10 X log4(x) -1 -2 -3- 6 7 8 00arrow_forward
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- - 2. In words, interpret the inequality |x8|> 7 the same way I did in the videos. Note: the words "absolute value" should not appear in your answer! (2 points)arrow_forward1. Define probability: 2. Define statistics:arrow_forwarde nearest tenth. =15 2. A = 33°, B = 29°, b = 41 -b SINA" 2c Sina SinB Sin C 4. A = 30°, B = 45°, a = 10arrow_forward
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