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// Chapter 11 example 16
//------------------------------------------------------------------------------
clc;
clear;
// Given data
H = 35800; // height of orbit in kms
re = 6364; // radius of earth in kms
i = 2; // angle of inclination in degrees
// Calculations
r = H+re; // radius of orbit in kms
lamdamax = i; // max latitude deviation
long_dev = (i^2)/228; // max. longitude deviation
disp_lamda = (r*i*%pi/180)// max disp in km due to lamdamax
max_disp1 = disp_lamda*(long_dev/lamdamax) // max disp.due to max.longitude deviation
// Output
mprintf('Maximum deviation in latitude = %d°\n Maximum deviation in longitude = %3.4f°\n Maximum displacements due to latitude displacement = %d Km\n Maximum displacements due to longitude displacement = %3.1f Km\n',lamdamax,long_dev,disp_lamda,max_disp1 );
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