Creation of geometries by Coordinate system methods using AutoCad

1.A(2,1),B(8,1),C(8,2),D(3,2),E(3,6),F(8,6),G(8,7),H(2,7),CLOSE OR A

2.A(2,1),B(5,1),C(5,5),D(6,5),E(6,1),F(9,1),G(7,8),H(4,8),CLOSE OR A

3.A(2,1),B(3,1),C(3,5),D(5,3),E(7,5),F(7,1),G(8,1),H(8,8),I(7,8),J(5,5),K(3,8),L(2,8),CLOSE

4.A(2,1),B(3,1),C(3,8),D(8,8),E(8,2),F(5,2),G(5,1),H(9,1),I(9,9),J(2,9),CLOSE

5. A(2,1),B(10,1),C(10,7),D(2,7),CLOSE

E(3,2),F(5,2),G(5,5),H(3,5) CLOSE

I(6,2),J(8,2),K(8,5),L(6,5) CLOSE

6.A(0,0),B(10,0),C(6,2),D(6,6),E(10,6),F(10,8),G(1,8),H(1,6),I(4,6),J(4,2),K(0,2),CLOSE

7.A(1,1),B(1,6),C(3,6),D(3,3),E(3,2),F(2,2),G(2,4),H(5,4),I(5,6),J(1,8), CLOSE

8.A(1,1),B(3,1),C(3,4),D(6,4),E(6,8),F(1,8),G OR CLOSE,H(2,5),I(5,5),J5,7

9.A(1,1),B@4<90,C@5<65,D@5<70, BACK TO OINT B ,E@4<270,F(5,2),G(6,2),[email protected],6,[email protected],6,J(7,5)

10. CIRCLE (5,4) WITH RADIOUS 2

A(0,0),B(10,0),C(10,1),D(8,1),E(8,5),F(10,5),G(10,6),[email protected]<120,I-5.85<72.072,J(2,6),K@2,-5,L@-2,0,CLOSE