Creation of geometries by Coordinate system methods using AutoCad

1) AIM: To provide the given diagram in P-1 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 2,1
• 2nd point as 8,1
• 3rd point as 8,2
• 4th point as 3,2
• 5th point as 3,6
• 6th point as 8,6
• 7th point as 8,7
• 8th point as 2,7
• Close command / 2,1.

Result : Hence the Diagram P1 is made with Cartesian Co-ordinate system.

2)AIM: To provide the given diagram in P-2 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 2,1
• 2nd point as 5,1
• 3rd point as 5,5
• 4th point as 6,5
• 5th point as 6,1
• 6th point as 9,1
• 7th point as 7,8
• 8th point as 4,8
• Close command / 2,1.

Result : Hence the Diagram P2 is made with Cartesian Co-ordinate system.

3)AIM: To provide the given diagram in P-4 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 2,1
• 2nd point as 3,1
• 3rd point as 3,5
• 4th point as 5,3
• 5th point as 7,5
• 6th point as 7,1
• 7th point as 8,1
• 8th point as 8,8
• 9th point as 7,8
• 10th point as 5,5
• 11th point as 3,8
• 12th point as 2,8
• Close command / 2,1.

Result : Hence the Diagram P4 is made with Cartesian Co-ordinate system.

4)AIM: To provide the given diagram in P-5 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 2,1
• 2nd point as @ 0,8
• 3rd point as @ 7,0
• 4th point as @ 0,-8
• 5th point as @ -4,0
• 6th point as @ 0,1
• 7th point as @ 3,0
• 8th point as @ 0,6
• 9th point as @ -5,0
• 10th point as @0,-7
• Close command / 2,1.

Result : Hence the Diagram P4 is made with Relative Rectangle Co-ordinate system.

5)AIM: To provide the given diagram in P-7 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 2,1
• 2nd point as @ 0,6
• 3rd point as @ 8,0
• 4th point as @ 0,-6
• Close Command

Next:

• 5th point as 3,2
• 6th point as @ 0,3
• 7th point as @ 2,0
• 8th point as @ 0,-3
• Close Command

Next:

• 9th point as 6,2
• 10th point as @ 0,3
• 11th point as @ 2,0
• 12th point as @ 0,-3
• Close Command

Result : Hence the Diagram P7 is made with Relative Rectangle and Cartesian Co-ordinate system.

6)AIM: To provide the given diagram in P-8 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 0,0
• 2nd point as @ 10<0
• 3rd point as @ 2<90
• 4th point as @ 4<180
• 5th point as @ 4<90
• 6th point as @ 3<0
• 7th point as @ 2<90
• 8th point as @ 8<180
• 9th point as @ 2<270
• 10th point as @ 3<0
• 11th point as @ 4<270
• 12th point as @ 4<180
• Close command.

Result : Hence the Diagram P7 is made with Polar Co-ordinate system.

7)AIM: To provide the given diagram in P-9 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 1,1
• 2nd point as @ 5<0
• 3rd point as @ 2<90
• 4th point as @ 3<180
• 5th point as @ 1<270
• 6th point as @ 1<180
• 7th point as @ 2<90
• 8th point as @ 3<0
• 9th point as 1,8
• Close command.

Result : Hence the Diagram P9 is made with Polar and Cartesian Co-ordinate system.

8)AIM: To provide the given diagram in P-10 by AutoCAD, and draw the diagram with following Dimensions using Imperial Template and Decimal Unit.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 1,1
• 2nd point as @ 7<90
• 3rd point as @ 5<90
• 4th point as @ 4<270
• 5th point as @ 3<180
• 6th point as @ 3<270
• CLose command.

Next:

• 7th point as 2,5
• 8th point as @ 2<900
• 9th point as @ 3<0
• 10th point as @ 2<270
• Close command.

Result : Hence the Diagram P10 is made with Polar and Cartesian Co-ordinate system.

9)AIM: To provide the given Profile wood diagram in by AutoCAD.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 0,0
• 2nd point as @ 10<0
• 3rd point as @ 1<90
• 4th point as @ 2<180
• 5th point as @ 4<90
• 6th point as @ 2<0
• 7th point as @1<90
• 8th point as 5,9
• 9th point as 0,6
• 10th point as @ 2<0
• 11th Point as @5<270
• 12th point as @2<180
• Close command.

Next:

• Command circle in the command box/ From menu bar line can be chosen.
• 1st point as 5,4
• 2nd point radius as 2.

Result : Hence the Diagram is made with Polar and Cartesian Co-ordinate system.

10)AIM: To provide the given Queen Truss diagram in by AutoCAD.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 1,1
• 2nd point as @ 4<90
• 3rd point as @ 5<25
• 4th point as @ 5<315
• 5th point as @ 7<180
• Active ortho, Direct Distance Co-ordinate stytem 4
• Active ortho, Direct Distance Co-ordinate stytem 3.5
• Line command 2,5
• @0,1 Rectangular co-ordinate sysyem
• Close command.
• Line command 7,5
• @0,1 Rectangular co-ordinate sysyem
• Close command.

Result : Hence the Diagram is made with Polar, Cartesian, Rectangular and Direct distance Co-ordinate system.

11)AIM: To provide the given Mono Pitch diagram in by AutoCAD.

Procedure:

• Command Line in the command box/ From menu bar line can be chosen.
• 1st point as 1,1
• 2nd point as @ 6<0
• 3rd point as @ 2<90
• Close command
• 4th point as 5,1
• 5th point as @ 0,1.333
• Close command
• 6th point as @ 0,o.667
• Close command.

Result : Hence the Diagram is made with Polar, Cartesian, Rectangular and Direct distance Co-ordinate system.