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Using the point Ma and the point N, construct a line m(HbHc) (rule W02);
% DET: points Ma and N are not the same
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Using the point Ma and the point N, construct a circle k(N,Ma) (rule W06);
% NDG: points Ma and N are not the same
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Choose freely a point Hb on the circle k(N,Ma) (rule WOncircle)
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Using the circle k(N,Ma), the line m(HbHc), the point N and the point Ma, construct a point Ea (rule W05a);
% NDG: line m(HbHc) and circle k(N,Ma) intersect
% DET: points Ma and Ea must be different
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Using the point Hb and the point Ma, construct a circle k(Ma,B) (rule W06);
% NDG: points Hb and Ma are not the same
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Using the circle k(N,Ma), the circle k(Ma,B), the point Hb, the point N and the point Ma, construct a point Hc (rule W08);
% NDG: circles k(N,Ma) and k(Ma,B) intersect
% DET: circles k(N,Ma) and k(Ma,B) are not the same points Hb and Hc must be different
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Choose freely a point A on the circle k(Ea,A) (rule WOncircle)
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Using the point A and the point Ea, construct a point H (rule W01);
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Using the point A and the point Hb, construct a line b (rule W02);
% DET: points A and Hb are not the same
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Using the point Hc and the point H, construct a line hc (rule W02);
% DET: points Hc and H are not the same
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Using the line b and the line hc, construct a point C (rule W03);
% NDG: lines b and hc are not parallel
% DET: lines b and hc are not the same
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Using the point Ma and the point C, construct a point B (rule W01);