問題一覧
1
4.55
2
solid .125 diameter shafts 1.813 inches long, with threaded ends
3
Slots
4
1:2
5
An architects scale ruler at a scale of 1" = 40'.
6
.250
7
3/16" diameter tubing with at least 1/32" wall thickness.
8
Revolved sections
9
4
10
Go to sheet M-3 and look for a detail labeled 7.
11
The holes are 40° apart and go all the way through the part.
12
Sectional view
13
Go back to the project engineer or drafter to get the true dimension.
14
4.95
15
Symbol used to show which projection angle is used for displaying Orthographic Projections
16
65.5°
17
Can't be determined from these views alone.
18
Representing the threaded hole into the .188 diameter.
19
Part dimensions are such that the pipe is in the MMC.
20
8 holes which are .75" diameter in size and spaced 45° apart.
21
Venting
22
Switch PB1 and contact OL is closed
23
3'-0"
24
Fillet
25
Flat production welding
26
Will be perpendicular to the axis
27
Coarse
28
Dashed lines
29
In detail B on sheet 2.0S
30
Generate the force of hydraulics
31
Airflow of 400 cubic feet per minute
32
An engineering change order, #27514
33
A solid line with the letter W spaced periodically in the line
34
Schedule
35
A reference to a surveyors benchmark
36
Unified national
37
Fillet weld
38
A solid line with the letter A spaced periodically in the line
39
The thread is coarse and class 2
40
The thread is right-handed
41
Accumulators
42
Schedule
43
Class 2
44
Truss
45
Concrete
46
Ladder diagram
47
UNEF-2A
48
Ceiling diffuser
49
Six
50
Deliver a minimum number of air changes per hour
51
Can range from 3.995 to 4.005
52
129.5 feet long
53
Line profile
54
Maximum allowable tolerance
55
82.6 mm
56
Unidirectional dimensions for all drawings
57
1/64
58
Always have a space between mating parts at any of the dimensions within acceptable tolerances
59
Assume the angle is supposed to be 90° and let the tolerance block determine the acceptable limits of the angle on the finished part
60
FN
61
Are defined as datum D
62
The part is within specifications and is acceptable
63
Site plans for building
64
The dimension isn't to scale
65
Total variation from a desired circular surface when the part is rotated one full circle around its axis
66
D
67
Don't move and must be assembled or disassembled with precise locations
68
20°
69
Assume this is an important dimension and machine this edge precisely to a .015 radius, while rounding the others with a file or sandpaper
70
9.00 inches
71
10
72
Metric dimensioning, decimal-inch dimensioning, and fractional-inch dimensioning
73
Accurate setup such as a high-quality milling machine or lathe and machining practices
74
C
75
Must maintain perpendicularity with the bottom surface of the part
76
5.118 inches
77
Class 3
78
18/5
79
30°16'58"
80
Reference dimension not to be used for inspection
81
B
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blueprint reading
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blueprint reading
81問 • 7ヶ月前blueprint reading
blueprint reading
Sophia Sophie · 81問 · 7ヶ月前blueprint reading
blueprint reading
81問 • 7ヶ月前問題一覧
1
4.55
2
solid .125 diameter shafts 1.813 inches long, with threaded ends
3
Slots
4
1:2
5
An architects scale ruler at a scale of 1" = 40'.
6
.250
7
3/16" diameter tubing with at least 1/32" wall thickness.
8
Revolved sections
9
4
10
Go to sheet M-3 and look for a detail labeled 7.
11
The holes are 40° apart and go all the way through the part.
12
Sectional view
13
Go back to the project engineer or drafter to get the true dimension.
14
4.95
15
Symbol used to show which projection angle is used for displaying Orthographic Projections
16
65.5°
17
Can't be determined from these views alone.
18
Representing the threaded hole into the .188 diameter.
19
Part dimensions are such that the pipe is in the MMC.
20
8 holes which are .75" diameter in size and spaced 45° apart.
21
Venting
22
Switch PB1 and contact OL is closed
23
3'-0"
24
Fillet
25
Flat production welding
26
Will be perpendicular to the axis
27
Coarse
28
Dashed lines
29
In detail B on sheet 2.0S
30
Generate the force of hydraulics
31
Airflow of 400 cubic feet per minute
32
An engineering change order, #27514
33
A solid line with the letter W spaced periodically in the line
34
Schedule
35
A reference to a surveyors benchmark
36
Unified national
37
Fillet weld
38
A solid line with the letter A spaced periodically in the line
39
The thread is coarse and class 2
40
The thread is right-handed
41
Accumulators
42
Schedule
43
Class 2
44
Truss
45
Concrete
46
Ladder diagram
47
UNEF-2A
48
Ceiling diffuser
49
Six
50
Deliver a minimum number of air changes per hour
51
Can range from 3.995 to 4.005
52
129.5 feet long
53
Line profile
54
Maximum allowable tolerance
55
82.6 mm
56
Unidirectional dimensions for all drawings
57
1/64
58
Always have a space between mating parts at any of the dimensions within acceptable tolerances
59
Assume the angle is supposed to be 90° and let the tolerance block determine the acceptable limits of the angle on the finished part
60
FN
61
Are defined as datum D
62
The part is within specifications and is acceptable
63
Site plans for building
64
The dimension isn't to scale
65
Total variation from a desired circular surface when the part is rotated one full circle around its axis
66
D
67
Don't move and must be assembled or disassembled with precise locations
68
20°
69
Assume this is an important dimension and machine this edge precisely to a .015 radius, while rounding the others with a file or sandpaper
70
9.00 inches
71
10
72
Metric dimensioning, decimal-inch dimensioning, and fractional-inch dimensioning
73
Accurate setup such as a high-quality milling machine or lathe and machining practices
74
C
75
Must maintain perpendicularity with the bottom surface of the part
76
5.118 inches
77
Class 3
78
18/5
79
30°16'58"
80
Reference dimension not to be used for inspection
81
B