A meteorologist measures the atmospheric pressure P (in kilograms per square meter) at altitude h (in kilometers). The data are shown below. Use the regression capabilities of the graphing utility to find a linear model for the revised data points obtained by plotting the points (h, InP). Round coefficients in the equation to four decimal places.

MATLAB: An Introduction with Applications
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Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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Problem 1P
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A meteorologist measures the atmospheric pressure P (in kilograms per square meter) at altitude h (in
kilometers). The data are shown below. Use the regression capabilities of the graphing utility to find a linear
model for the revised data points obtained by plotting the points (h, InP). Round coefficients in the equation to
four decimal places.
h
5
10
15
20
p 30,799,222 16,634,676 7,081,5263,696,881 |1,541,089|
а.
InP= – 0.1499h+13.3018
b. InP = – 0.1944h – 11.3601
%3D
с.
InP = 0.1944h+13.3601
d. InP = - 0.1499h – 11.3016
e. InP = – 0.1499h – 13.3018
Transcribed Image Text:A meteorologist measures the atmospheric pressure P (in kilograms per square meter) at altitude h (in kilometers). The data are shown below. Use the regression capabilities of the graphing utility to find a linear model for the revised data points obtained by plotting the points (h, InP). Round coefficients in the equation to four decimal places. h 5 10 15 20 p 30,799,222 16,634,676 7,081,5263,696,881 |1,541,089| а. InP= – 0.1499h+13.3018 b. InP = – 0.1944h – 11.3601 %3D с. InP = 0.1944h+13.3601 d. InP = - 0.1499h – 11.3016 e. InP = – 0.1499h – 13.3018
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