1.
A weld joint can be represented by:
2.
Detailed sketches on drawings:
3.
A weld joint can be represented by:
4.
Detailed sketches on drawings:
5.
Symbolic representation of welds:
6.
Advantage of symbolic representation:
7.
Disadvantage of symbolic representation:
8.
Symbolic representation is suitable for:
9.
Standards for welding symbols include:
12.
Elementary welding symbols represent:
13.
Square butt weld symbol represents:
14.
Single V butt weld symbol is used for:
15.
Single bevel butt weld symbol is for:
16.
. Single U butt weld symbol is used for:
17.
Fillet weld symbol represents:
18.
Surfacing or cladding symbol indicates:
19.
Backing run symbol refers to:
20.
Backing bar symbol is used for:
21.
. Double V butt weld is also called:
22.
Double bevel butt weld symbol is:
23.
Double U butt weld symbol represents:
24.
Double J butt weld symbol is for:
25.
Supplementary symbols indicate:
26.
Flat (flush) weld symbol shows:
27.
Convex weld symbol represents:
28.
. Concave weld symbol indicates:
29.
Arrow line in a welding symbol:
30.
Arrow side of a joint line:
31.
Other side of a joint line is:
33.
. Non-symmetrical joints require:
34.
. Reference line should be:
35.
Arrow side weld details are placed:
36.
Other side weld details are placed:
37.
Dashed line in symmetrical welds:
38.
BS EN ISO 2553 allows dashed line:
39.
Cross-section dimensions are written:
40.
Length dimensions are written:
41.
Full penetration butt welds are:
42.
. Symbol “a” represents:
43.
. Symbol “Z” indicates:
45.
Symbol “l” represents:
46.
Symbol “(e)” indicates:
48.
Intermittent double-sided staggered fillet weld:
49.
Field or site welds are indicated by:
50.
. Peripheral welds all around a part are indicated by:
51.
Welding process is indicated by:
52.
MMA welding process designation is:
53.
SAW welding process designation is
54.
MIG welding process designation is:
55.
MAG welding process designation is:
56.
Open tail of reference line may indicate:
57.
Closed tail may refer to:
58.
AWS 2.4 reference line differs from ISO by:
59.
Arrow side details in AWS are placed:
60.
Other side details in AWS are placed:
61.
Elementary symbols are:
62.
. Combination symbols are used for:
63.
Supplementary symbols are used to indicate:
64.
. If no supplementary symbol is present, the weld:
65.
In BS EN ISO 2553, the arrow line:
66.
Non-symmetrical joints:
67.
Arrow side weld details
68.
. Other side weld details:
70.
BS EN ISO 2553 allows dashed line:
71.
. Cross-section dimensions are indicated:
72.
. Weld length dimensions:
73.
Symbol “a” indicates:
74.
Symbol “Z” indicates:
75.
Symbol “s” indicates:
76.
Symbol “l” represents:
77.
Symbol “(e)” indicates:
79.
Intermittent double-sided staggered fillet weld:
80.
Field or site weld symbol:
81.
Peripheral weld symbol:
82.
Welding process designation is placed:
83.
MMA welding process number is:
84.
SAW welding process number is:
85.
MIG welding process number is:
86.
MAG welding process number is:
87.
Open tail may include
88.
Closed tail may refer to
89.
AWS 2.4 differs from ISO 2553 by
90.
Arrow side details in AWS:
91.
. Other side details in AWS:
92.
Elementary symbols represent
93.
Combination symbols are used for
94.
Fillet weld symbol is:
95.
Single V butt weld symbol is:
96.
Single U butt weld symbol
97.
Backing run symbol is used for:
98.
Surfacing or cladding symbol indicates:
100.
Arrow side is determined by:
101.
Arrow side details are placed on:
102.
Other side details are placed on:
104.
Cross-section weld dimensions:
105.
Length of weld is shown on:
106.
Length of weld is shown on:
107.
“a” in welding symbol stands for:
108.
“Z” in welding symbol indicates:
109.
“s” in welding symbol:
110.
“l” in welding symbol:
113.
Field weld is indicated by:
114.
Peripheral weld symbol is:
118.
Arrow side details in AWS:
119.
Other side details in AWS:
120.
Elementary symbols are:
121.
Combination symbols are used for:
122.
Fillet weld is represented by:
123.
Single V butt weld symbol:
124.
Single U butt weld symbol:
125.
Backing run indicates:
126.
Cladding symbol indicates:
127.
Arrow line must touch:
128.
Arrow side is determined by:
129.
One advantage of symbolic representation of weld joints is:
130.
One disadvantage of symbolic representation is:
131.
The European standard for symbolic representation of welded joints is:
132.
The American standard for welding symbols is:
133.
Elementary welding symbols are intended to:
134.
A single U butt weld is represented by:
135.
Double V butt weld is also known as:
136.
. The supplementary symbol for a convex weld indicates:
137.
If no supplementary symbol is shown, the weld:
138.
The arrow side of a weld joint is:
139.
The continuous reference line is used to show:
140.
. Symbols for weld details on the other side are placed:
141.
For symmetrical welds:
142.
The reference line should be:
143.
Cross-section dimensions are written:
144.
Length dimensions for the weld are written:
146.
. Symbol Z indicates:
149.
Symbol (e) indicates:
151.
Field or site welds are indicated by:
152.
A peripheral weld made all around a part is indicated by:
153.
The welding process symbol is written:
154.
. Process number 111 indicates:
155.
. Process number 121 indicates:
156.
Process number 131 indicates:
158.
Process number 135 indicates:
159.
Information in an open tail may include:
160.
A closed tail can be used to:
161.
AWS symbols differ from BS EN ISO 2553 in that:
162.
In AWS, weld details on the arrow side are:
163.
In AWS, weld details on the other side are:
164.
The main advantage of symbolic representation is:
165.
For a single V weld with backing run, BS EN ISO 2553 allows:
166.
. Intermittent double-sided staggered fillet welds are represented by
167.
The arrow line must:
168.
For a non-symmetrical joint, the arrow line must:
169.
Arrow line conventions are defined in:
170.
A single bevel butt joint is represented by:
171.
The tail of a welding symbol may contain:
172.
Dashed lines in BS EN ISO 2553:
173.
Complementary indications include:
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