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#include <iostream>
#include <cmath>

using namespace std;

double l0, A0, beta, q0; //Definition hier, um sie in den Funktionen verwenden zu können

double A(double x) {
	return A0 * exp(log(beta) * x/l0);
}

double q(double x) {
	return q0 * x*x/l0*l0;
}

int main() {
	//Martikelnummer
	int z1 = 2, z2 = 5, z3 = 9, z4 = 9, z5 = 4, z6 = 8;
	
	//Parameter
	l0 = 1000;
	double R = 1;
	A0 = 3000 * (1+0.1*z6-0.05*z5);
	double E = 200000;
	double alpha = 0.9 - 0.05*z1 + 0.01*z2 + 0.005*z3;
	q0 = 20 * (1+0.1*z2+0.05*z3-0.01*z4);
	beta = 0.1*z4 - 0.01*z5 + 0.005*z6;
	
	//Abhängigkeiten
	double a = alpha * R;
	double b = R/2 * sqrt(1 - alpha*alpha);
	double r = R/2 * (1 - 0.5*sqrt(3*alpha*alpha+1));
	
	//gesuchte Größen
	//viel Spaß dabei
}