Creation of geometries by Coordinate system methods using AutoCad
Que :- Create the geometries from P1 to P2 using all the coordinates system methods. You need to use the Line tool to create the geometries. Where required you need to use the circle tool.
Please read the drawings and find out the missing dimensions before working on the sketches.
Ans:-
Aim :- 1) Absolute Coordinate System. ( X, Y) Axise
a. (2,1) b. (8,1) c. (8,2) d. (3,2)
e. (3,6) f. (8,6) g. (8,7) h. (2,7)
Aim :- 2) Relative Coordinate System.
a. 2,1 Start Point
b. @ 6,0 dx = 6, dy= 0
c. @ 0,1 dx = 0, dy= 1
d. @ -5,0 dx = -5, dy= 0
e. @ 0,4 dx = 0, dy= 4
f. @ 5,0 dx = 5, dy= 0
g. @ 0,1 dx = 0, dy= 1
h. @ -6,0 dx = -6, dy= 0
Aim :- 3) Relative Polar Coordinate System.
a. 2,1 Start Point
b. @ 6< 0
c. @ 1< 90
d. @ 5< 180
e. @ 4< 90
f. @ 5< 0
g. @ 1< 90
h. @ 6< 180
Result:-
Ans:-
Aim :- 1) Absolute Coordinate System. ( X, Y) Axise
a. (2,1) b. (5,1) c. (5,5) d. (6,5)
e. (6,1) f. (9,1) g. (7,8) h. (4,8)
Aim :- 2) Relative Coordinate System.
a. 2,1 Start Point
b. @ 3,0 dx = 3, dy= 0
c. @ 0,4 dx = 0, dy= 4
d. @ 1,0 dx = 1, dy= 0
e. @ 0,-4 dx = 0, dy= -4
f. @ 3,0 dx = 3, dy= 0
g. @ -2,8 dx = -2, dy= 8
h. @ -3,0 dx = -3, dy= 0
Aim :- 3) Relative Polar Coordinate System.
a. 2,1 Start Point
b. @ 3< 0
c. @ 4< 90
d. @ 1< 0
e. @ 4< 270
f. @ 7< 74.05
g. @ 1< 90
h. @ 3< 90
Result:-
Ans:-
Aim :- Relative Coordinate System.
a. 2,1 Start Point
b. @ 1,0 dx = 1, dy= 0
c. @ 0,4 dx = 0, dy= 4
d. @ 2,-2 dx = 2, dy= -2
e. @ 2,2 dx = 2, dy= 2
f. @ 0,-4 dx = 0, dy= -4
g. @ 1,0 dx = 1, dy=0
h. @ 0,7 dx = 0, dy=7
i. @ -1,0 dx = -1, dy= 0
j. @ -2,-3 dx = -2, dy= -3
k. @ -2,3 dx =-2, dy= 3
l. @ -1,0 dx = -1, dy= 0
Result:-
Ans:-
Aim :- Relative Polar Coordinate System.
a. 2,1 Start Point
b. @ 1< 0
c. @ 7< 90
d. @ 5< 0
e. @ 6< 270
f. @ 3< 180
g. @ 1< 270
h. @ 4< 0
i. @ 8<90
j. @ 7< 180
Result:-
Ans:-
Aim :- 1) Absolute Coordinate System. ( X, Y) Axise
a. (2,1) b. (10,1) c. (10,7) d. (2,7)
e. (3,2) f. (5,2) g. (5,5) h. (3,5)
i. (6,2) j. (8,2) k. (8,5) l. (6,5)
Result:-
Ans:-
Aim :- Relative Polar Coordinate System.
a. 2,1 Start Point
b. @ 10< 0
c. @ 2< 90
d. @ 4<180
e. @ 4< 90
f. @ 3< 0
g. @ 2< 90
h. @ 8<180
i. @ 2<270
j. @ 3< 0
k. @ 4< 270
l. @ 4< 180
Result:-
Ans:-
Aim :- 1) Absolute Coordinate System. ( X, Y) Axise
a. (1,1) b. (6,1) c. (6,3) d. (3,3)
e. (3,2) f. (2,2) g. (2,4) h. (5,4)
i. (5,6) j. (1,8)
Result:-
Ans:-
Aim :- 1) Absolute Coordinate System. ( X, Y) Axise
a. (1,1) b. (3,1) c. (3,4) d. (6,4)
e. (6,8) f. (1,8) g. (2,5) h. (5,5)
i. (5,7) j. (2,7)
Result:-
Que:- Civil Related Problems
Draw the profile and the trusses using any coordinate system methods. The dimensions are there for references.
Ans:-
Aim :- Absolute Coordinate System. ( X, Y) Axise
a. (0,0) b. (10,0) c. (10,1) d. (8,1)
e. (8,5) f. (10,5) g. (10,6) h. (5,9)
i. (0,6) j. (2,6) k. (2,1) l. (0,1) m. (5,4)
Result:-
Ans:-
Aim :- Absolute Coordinate System. ( X, Y) Axise & Direct Distance Entry.
a. (1,1) b. (1,5) c. (2,6) d. (4.5,8.5)
e. (7,6) f. (8,5) g. (7,5) h. (4.5,5)
i. (2,5) j. (8,1)
Result:-
Ans:-
Aim :- Absolute Coordinate System. ( X, Y) Axise & Direct Distance Entry.
a. (1,1) b. (3,1) c. (5,1) d. (7,1) e. (7,3)
Result:-
