Challenge

Creation of geometries by Coordinate system methods using AutoCad

KKavya Vudugula13 Sept 2021

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (8,1).
The next point is (8,2).
The next point is (3,2).
The next point is (3,6).
The next point is (8,6).
The next point is (8,7).
The next point is (2,7).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@6,0).
The next point is (@0,1).
The next point is (@-5,0).
The next point is (@0,4).
The next point is (@5,0).
The next point is (@0,1).
The next point is (@-6,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@6<0°).
The next point is (@1<90°).
The next point is (@5<180°).
The next point is (@4<90°).
The next point is (@5<0°).
The next point is (@1<90°).
The next point is (@6<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point: Position the cursor in the needed direction and then enter the distance 6.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 5.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 5.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 6.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (5,1).
The next point is (5,5).
The next point is (6,5).
The next point is (6,1).
The next point is (9,1).
The next point is (7,8).
The next point is (4,8).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@3,0).
The next point is (@0,4).
The next point is (@1,0).
The next point is (@0,-4).
The next point is (@3,0).
The next point is (@-2,7).
The next point is (@-3,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@3<0°).
The next point is (@4<90°).
The next point is (@1<0°).
The next point is (@4<270°).
The next point is (@3<0°).
The next point is (@7.28010989<105.945396°).
The next point is (@3<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 7.28010989.
The next point: Position the cursor in the needed direction and then enter the distance 3.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (3,1).
The next point is (3,5).
The next point is (5,3).
The next point is (7,5).
The next point is (7,1).
The next point is (8,1).
The next point is (7,8).
The next point is (5,5).
The next point is (3,8).
The next point is (2,8).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@0,1).
The next point is (@0,4).
The next point is (@2,-2).
The next point is (@2,2).
The next point is (@0,-4).
The next point is (@1,0).
The next point is (@0,7).
The next point is (@-1,0).
The next point is (@-2,-3).
The next point is (@-1,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@1<0°).
The next point is (@4<90°).
The next point is (@2.8422712<315°).
The next point is (@2.8422712<45°).
The next point is (@4<270°).
The next point is (@1<0°).
The next point is (@7<90°).
The next point is (@1<180°).
The next point is (@3.6055128<236.309933°).
The next point is (@3.6055128<123.690068°).
The next point is (@1<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 2.82842712.
The next point: Position the cursor in the needed direction and then enter the distance 2.82842712.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 7.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 3.6055128.
The next point: Position the cursor in the needed direction and then enter the distance 3.6055128.
The next point: Position the cursor in the needed direction and then enter the distance 1.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (3,1).
The next point is (3,8).
The next point is (8,8).
The next point is (8,2).
The next point is (5,2).
The next point is (5,1).
The next point is (9,1).
The next point is (9,9).
The next point is (2,9).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@1,0).
The next point is (@0,7).
The next point is (@5,0).
The next point is (@0,-6).
The next point is (@-3,0).
The next point is (@0,-1).
The next point is (@4,0).
The next point is (@0,8).
The next point is (@-7,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@1<0°).
The next point is (@7<90°).
The next point is (@5<0°).
The next point is (@6<270°).
The next point is (@3<180°).
The next point is (@1<270°).
The next point is (@4<0°).
The next point is (@8<90°).
The next point is (@7<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 7.
The next point: Position the cursor in the needed direction and then enter the distance 5.
The next point: Position the cursor in the needed direction and then enter the distance 6.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 8.
The next point: Position the cursor in the needed direction and then enter the distance 7.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (10,1).
The next point is (10,7).
The next point is (2,7).
Next, use the close command by typing C in the command line and enter.
The next point is (3,2).
The next point is (5,2).
The next point is (5,5).
The next point is (3,5).
Next, use the close command by typing C in the command line and enter.
The next point is (6,2).
The next point is (8,2).
The next point is (8,5).
The next point is (6,5).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@8,0).
The next point is (@0,6).
The next point is (@-8,0).
Next, use the close command by typing C in the command line and enter.
The next point is (3,2).
The next point is (@2,0).
The next point is (@0,3).
The next point is (@-2,0).
Next, use the close command by typing C in the command line and enter.
The next point is (6,2).
The next point is (@2,0).
The next point is (@0,3).
The next point is (@-2,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@8<0°).
The next point is (@6<90°).
The next point is (@8<180°).
Next, use the close command by typing C in the command line and enter.
The next point is (3,2)
The next point is (@2<0°)
The next point is (@3<90°).
The next point is (@2<180°).
Next, use the close command by typing C in the command line and enter.
The next point is (6,2).
The next point is (@2<0°).
The next point is (@3<90°).
The next point is (@2<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point: Position the cursor in the needed direction and then enter the distance 8.
The next point: Position the cursor in the needed direction and then enter the distance 6.
The next point: Position the cursor in the needed direction and then enter the distance 8.
Next, use the close command by typing C in the command line and enter.
The next point is (3,2)
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 2.
Next, use the close command by typing C in the command line and enter.
The next point is (3,2)
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 2.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (0,0).
The next point is (10,0).
The next point is (10,2).
The next point is (6,2).
The next point is (6,6).
The next point is (9,6).
The next point is (9,8).
The next point is (1,8).
The next point is (1,6).
The next point is (4,6).
The next point is (4,2).
The next point is (0,2).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (0,0).
The next point is (@10,0).
The next point is (@0,2).
The next point is (@-4,0).
The next point is (@3,0).
The next point is (@0,2).
The next point is (@-8,0).
The next point is (@0,-2).
The next point is (@3,0).
The next point is (@0,-4).
The next point is (@-4,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (0,0).
The next point is (@10<0°).
The next point is (@2<90°).
The next point is (@4<180°).
The next point is (@4<90°).
The next point is (@3<0°).
The next point is (@2<90°).
The next point is (@8<180°).
The next point is (@2<270°).
The next point is (@3<0°).
The next point is (@4<270°).
The next point is (@4<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (0,0).
The next point: Position the cursor in the needed direction and then enter the distance 10.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 8.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 4.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (6,1).
The next point is (6,3).
The next point is (3,3).
The next point is (3,2).
The next point is (2,2).
The next point is (2,4).
The next point is (5,4).
The next point is (5,6).
The next point is (1,8).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (@5,0).
The next point is (@0,2).
The next point is (@-3,0).
The next point is (@0,-1).
The next point is (@-1,0).
The next point is (@0,2).
The next point is (@3,0).
The next point is (@0,2).
The next point is (@-4,2).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (2,1).
The next point is (@5<0°).
The next point is (@2<90°).
The next point is (@3<180°).
The next point is (@1<270°).
The next point is (@1<180°).
The next point is (@2<90°).
The next point is (@3<0°).
The next point is (@2<90°).
The next point is (@4.47213595<156.4349488°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point: Position the cursor in the needed direction and then enter the distance 5.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 1.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 4.47213595.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (3,1).
The next point is (3,4).
The next point is (6,4).
The next point is (6,8).
The next point is (1,8).
Next, use the close command by typing C in the command line and enter.
The next point is (2,5).
The next point is (5,5).
The next point is (5,7).
The next point is (2,7).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative rectangle coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (@2,0).
The next point is (@0,3).
The next point is (@3,0).
The next point is (@0,4).
The next point is (@-5,0).
Next, use the close command by typing C in the command line and enter.
The next point is (2,5).
The next point is (@3,0).
The next point is (@0,2).
The next point is (@-3,0).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative rectangle coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the relative polar coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (@2<0°).
The next point is (@3<90°).
The next point is (@3<0°).
The next point is (@4<90°).
The next point is (@5<180°).
Next, use the close command by typing C in the command line and enter.
The next point is (2,5).
The next point is (@3<0°).
The next point is (@2<90°).
The next point is (@3<180°).
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the relative polar coordinate system as per dimensions, using the AutoCAD software.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Direct distance entry method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 4.
The next point: Position the cursor in the needed direction and then enter the distance 5.
Next, use the close command by typing C in the command line and enter.
The next point is (2,5).
The next point: Position the cursor in the needed direction and then enter the distance 3.
The next point: Position the cursor in the needed direction and then enter the distance 2.
The next point: Position the cursor in the needed direction and then enter the distance 3.
Finally use the close command by typing C in the command line and enter.

RESULT:

The diagram of the given plan is drawn by using the Direct distance entry method as per dimensions, using the AutoCAD software.

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the Absolute coordinates method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (0,0).
The next point is (10,0).
The next point is (10,1).
The next point is (8,1).
The next point is (8,5).
The next point is (10,5).
The next point is (10,6).
The next point is (5,9).
The next point is (0,6).
The next point is (2,6).
The next point is (2,1).
The next point is (0,1).
Next, use the close command by typing C in the command line and enter.
Select the circle from the draw panel and select the centre radius.
Select the centre point (5,4) to draw the circle.
Select the radius in the command line and enter the value 2 radii of the circle.

RESULT:

The diagram of the given plan is drawn by using the absolute coordinate system as per dimensions using the AutoCAD software.

10)

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the coordinate system method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (@4<90°).
The next point is (@5<45°).
The next point is (@5<315°).
The next point is (@4<270°).
The next point is (1,5).
The next point is (@8.072<0°).
The next point is (@4.536,5).
The next point is (@3.536<90°).
The next point is (2,5).
The next point is (@1<90°).
The next point is (@4.539,5).
The next point is (7.072,5).
The next point is (@1<90°).
The next point is (4.539,5).

RESULT:

The diagram of the given plan is drawn by using the coordinate system as per dimensions using the AutoCAD software.

11)

AIM: To create the below geometry using all the coordinate system methods and by using the line tool.

PROCEDURE:

Create a new sheet in AutoCAD and set the required format for units of measure.
Drawing this geometry by using the coordinate system method.
Select the line L tool from commands, toolbar, or draw menu.
Give the reference point as (x,y) in the x and y-direction from the origin (0,0). The first point of the diagram is (1,1).
The next point is (7,1).
The next point is (7,3).
Next, use the close command by typing C in the command line and enter.
The next point is (3,1).
The next point is (@0.667<90°).
The next point is (5,1).
The next point is (@1.333<90°).
The next point is (7,1).

RESULT:

The diagram of the given plan is drawn by using the coordinate system as per dimensions using the AutoCAD software.

Creation of geometries by Coordinate system methods using AutoCad

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Ship work like thisin your own course.

Talk to a career counsellor

Ship work like this
in your own course.