3. Calculate the net reproductive rate in a population with 3.0 billion people (in year 1),increasing to 3.036 billion people (in year 2).A. R 0.0012B. R 0.01012C. R= 0.012D. R 0.1012E. R=1.012

Answered: Image /qna-images/answer/018368ee-3f41-4d33-85f1-5919f44e9bb1.jpg

Answered: 3. Calculate the net reproductive rate…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Suppose a small quantity of radon gas, which has a half-life of 3.8 days, is accidentally released into the air in a laboratory. If the resulting radiation level is 30% above the safe level, how long should the laboratory remain vacated? (Hint: To start with, determine what fraction of the "resulting radiation level" is the maximum safe level.) The laboratory should remain vacated for days.
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4. Calculate the average annual rate of increase in a population with 3.0 billion people (in year 1), increasing to 3.036 billion people (in year 2). A. r=-0.012% B.r=-0.12% C.r -1.2% D.r +1.2% E.r +12.0% %3D
EXERCISE 18.2 2. y= 3x +6 1. yax-1 4. y+2x 3 3. y=-+ 2 Gradient ords ent - the change en two ates change in the gradient between (2; 4) and (4; 6) is B2 Answers A(2: 4) 4- 1. The co The g Gradient change in yatue change in wakue 2. The The 3. TH

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3. Calculate the net reproductive rate in a population with 3.0 billion people (in year 1), increasing to 3.036 billion people (in year 2). A. R 0.0012 B. R 0.01012 C. R= 0.012 D. R 0.1012 E. R 1.012