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1 Exam Prep – SMACNA Architectural Sheet Metal 1
1 Exam Prep
SMACNA Architectural Sheet Metal Questions
1. Which of the following is not an advantage of terne?
A Lightweight
B High expansion rate
C Low expansion rate
D Durable
2. Downspouts should be constructed with conductor heads every___________.
A 40 feet
B 50 feet
C 25 feet
D 30 feet
3. To limit effects of thermal expansion in gutters the maximum length of gutter should be_________.
A 40 feet
B 50 feet
C 30 feet
D 25 feet
4. The rule of 50 feet maximum length for gutters is satisfied by which of the following?
A Using a pull tape
B Measuring twice
C Subcontracting the gutter work
D Locating 2 gutter outlets at the same anchor point
5. The minimum length of the outlet tube should be how many inches total?
A 4
B 4 3/8
C 6
D 12
6. A corrugated round aluminum downspout shall be a minimum_______
A. .025 inches
B 5 feet
C 40 feet
D .032 inches
1 Exam Prep – SMACNA Architectural Sheet Metal 2
7. The minimum flange width for outlets is__________
A 1/4 inch
B 1/2 inch
C 3/8 inch
D 3/4 inch
8. Metal counter-flashing should cover how many inches of the base flashing?
A 12
B 10
C 8
D 4
9. The reglet should be attached__________
A After the concrete is poured
B Before the concrete sets
C During the progress of the work
D Before the concrete is poured
10. Reglets should be fastened___________
A 24 inches on center
B Using termination bars
C 18 inches on center
D 12 inches on center
11. Flashing is generally formed in__________
A 10 foot sections
B 12 foot sections
C 20 foot sections
D On the jobsite
12. Flashing should be lapped__________
A 8 inches in the opposite direction of flow
B 10 inches in the direction of flow
C 8 inches in the direction of flow
D 12 inches in the direction of flow
13. The minimum gauge stainless steel to be used for roof penetration flashing is___________
A 16
B 24
C 22
D 26
1 Exam Prep – SMACNA Architectural Sheet Metal 3
14. No counter flashing should be more than how many brick high?
A 2
B 3
C 4
D 6
15. Base flashing should extend up the wall a minimum of how many inches?
A 4
B 6
C 8
D 10
16. Saddle flashing must be flanged how many inches?
A 4
B 6
C 8
D 10
17. Pans are installed with cleats double nailed with one cleat per_________ square feet.
A 6
B 4
C 2
D 1
18. Stainless steel corner guards are fabricated using a minimum gauge of__________
A 26
B 24
C 20
D 18
19. Which of the following is not allowed for aluminum seams?
A Rivets
B Sealants
C Welding
D Soldering
20. Some areas of air leakage are?
A Windows, doors and vent stacks
B Seams, roof edges and wall outlets
C Flashings, vent stacks and chimneys
D Seams, roof edges and flashings
1 Exam Prep – SMACNA Architectural Sheet Metal 4
21. Corrugated round downspouts with 25.97 square inches of area have a nominal size
of___________ inches.
A 3
B 6
C 8
D 10
22. The maximum length of gutter between ends is_________ feet.
A 50
B 100
C 10
D 75
23. The minimum gauge for aluminum gutter girthed at 10" is____________
A .040
B 1.032
C .032
D .051
24. Gutter straps when used to girth 22" and when made of aluminum should be____________
inches.
A 1/2 x 1
B 1/4 x 2
C 1/2 x 2
D 1/4 x 1 ½
25. The minimum recommended gauge for counter flashing is ___________inches when applying
aluminum.
A 16 oz
B 26 ga
C .032
D .050
26. 24 gauge steel gravel stop facia with a 13" vertical design requires a "J" design of_________
A 221
B 5 or higher
C 4
D 2
1 Exam Prep – SMACNA Architectural Sheet Metal 5
27. Sixteen ounce copper has an approximate thickness of___________
A .0243
B .0216
C .0202
D 4"
28. Sheet metal 16 gauge galvanized is__________ inches thick.
A .06
B .0538
C .05
D .0198
29. Aluminum has a tensile strength of___________ P.S.I.
A 15,000
B 17,000
C 22,000
D 24,000
30. Corrugated round downspouts with 25.97 square inches of area have a nominal size
of___________ inches.
A 3
B 6
C 8
D 10
31. The maximum length of gutter between ends is_________ feet.
A 50
B 100
C 10
D 75
32. The minimum gauge for aluminum gutter girthed at 10" is____________
A .040
B 1.032
C .032
D .051
33. Gutter straps when used to girth 22" and when made of aluminum should be____________
inches.
A 1/2 x 1
B 1/4 x 2
C 1/2 x 2
D 1/4 x 1 ½
1 Exam Prep – SMACNA Architectural Sheet Metal 6
34. The minimum recommended gauge for counter flashing is ___________inches when applying
aluminum.
A 16 oz
B 26 ga
C .032
D .050
35. 24 gauge steel gravel stop facia with a 13" vertical design requires a "J" design of_________
A 221
B 5 or higher
C 4
D 2
36. Sixteen ounce copper has an approximate thickness of___________
A .0243
B .0216
C .0202
D 4"
37. Sheet metal 16 gauge galvanized is__________ inches thick.
A .06
B .0538
C .05
D .0198
38. Aluminum has a tensile strength of___________ P.S.I.
A 15,000
B 17,000
C 22,000
D 24,000 39. The design area for a pitched roof with five inches per running foot measurement is________
A 1.05
B 4.20
C 1.00
D 5.25
1 Exam Prep – SMACNA Architectural Sheet Metal 7
40. According to the Architectural Sheet Metal Manual, a plain round standard downspout with an area of
12.57 square inches requires a nominal size of______________ inches.
A 3
B 4
C 5
D 6
41. The recommended gage for a galvanized gutter with a girth of 20 inches is_____________
A 19
B 21
C 23
D 24
42. When installing gutters on a sloped roof and the facia board is less than ___________ inches thick, the
spikes must be driven into the rafter ends.
A 1
B 2
C 3
D 4
43. Splash pans require a back height_____________ inches greater than the downspout.
A 1
B 2
C 3
D 4
44. When using formed gravel stop facia, ____________corners are not recommended.
A Glued
B Formed
C Seam locked
D Welded
45. Whenever gravel stop is installed with quarter inch openings between the sections, the opening should be
covered by a_______ inch cover plate formed to the profile of the gravel stop.
A 4
B 6
C 8
D 9
1 Exam Prep – SMACNA Architectural Sheet Metal 8
46. A reglet is defined as a cut in the masonry joint to a depth of at least __________ inches.
A 1/2
B 3/4
C 1 1/4
D 1 ½
47. When reglets are not used as counter flashing systems, masonry anchors should be installed how many
inches on center?
A 18
B 24
C 36
D 16
48. Closed valley flashing should be how wide for a 5 in 12 roof?
A 18
B 24
C 36
D 16
49. When installing valley flashing, valley flashings should be lapped _________inches in the?
A 8, heading of the flow
B 8, following the head of the flow
C 8, direction of the flow
D 6, direction of the flow
50. Hip and ridge flashing is generally formed in__________ foot lengths and is lapped a minimum of how
many inches?
A 12, 6
B 10, 8
C 12, 4
D 10, 4
51. The ridge cap should extend onto the shingled roof a minimum of how many inches?
A 2
B 4
C 6
D 8
1 Exam Prep – SMACNA Architectural Sheet Metal 9
52. Roll pans of up to___________ feet might be used.
A 30
B 20
C 10
D 5
53. The recommended gage for galvanized metal counter flashing is what galvanized steel?
A 22 gauge
B 24 gauge
C 26 gauge
D 29 gauge
54. Standing seam metal roofs with 23 34-inch wide sheets require a minimum seam height
of ___________inches.
A 3/4
B 7/8
C 1
D 1 ½
55. When installing aluminum, an important fact to remember is the joints cannot be__________
A Riveted
B Welded
C Soldered
D Sealed
56. Corner guards are fabricated of __________
A Galvanized metal
B Terne
C Stainless steel
D Copper
57. The "E" value for aluminum 75 degrees Fahrenheit 10 feet long is __________ inches.
A 3/16
B 3/4
C 11/16
D 1/ 4
58. Twenty gauge galvanized metal weighs how many pounds per square foot?
A 1.9
B 2.1
C 3.9
D 1.7
1 Exam Prep – SMACNA Architectural Sheet Metal 10
59. Whenever gravel stop is installed with quarter inch openings between the sections, the
opening should be covered by a _______ inch cover plate formed to the profile of the gravel stop.
A 4
B 6
C 8
D 9
60. Formed gravel stop should not be______________
A Plated
B Soldered
C Formed
D Sealed
61. The elevation difference in rectangular gutters should be __________ inch.
A 1
B 1 /4
C 1/12
D 1 /2
62. The recommended gage for copper gutters girthed 24 inches is____________
A 22
B 20
C 26
D 29
63. Continuous cleats should not exceed how many feet?
A 8
B 10
C 12
D 2
64. Corrugated rectangular downspouts with 18.75 square inches of area have a nominal size of __________
inches.
A 3
B 5
C 8
D 10
1 Exam Prep – SMACNA Architectural Sheet Metal 11
65. Maximum roof area for 5" gutters on sloped roofs with 1/8 inch per foot of slope is_________
A 2,040
B 5,000
C 3,520
D 2,880
66. The open portion of a valley for a slate roof is how many inches?
A 3
B 4
C 5
D 6
67. The maximum length of a gutter between expansion joints is _____________
A 50 feet
B 100 feet
C 75 feet
D 25 feet
68. A six-inch downspout requires a minimum splash pan back height of __________
A 6 inches
B 8 inches
C 10 inches
D 12 inches
69. The recommended gage for galvanized steel when used for reglet installation is __________
A .0220 inches
B .0179 inches
C .0299 inches
D .0320 inches
70. Pans installed with cleats should be ______________
A Double nailed
B Double nailed every 24 inches
C Single nailed every 12 inches
D Single nailed every 24 inches
71. Metal counter flashing is installed so that a minimum of how many inches of the base flashing is covered?
A 3
B 4
C 6
D 8
1 Exam Prep – SMACNA Architectural Sheet Metal 12
72. The pan width for a .018 stainless steel standing seam roof with a seam height of 1 ½ inches is___________
A 15 3/4
B 17 3/4
C 19 3/4
D 21 3/4
73. When using aluminum the roofing contractor must remember to use all except__________
A Soldering
B Rivets
C Sealer
D Welding
74. The width of the pan is 20 3/4 inches. The seam height is 1 inch. The minimum ounce copper that can be
used is ____________
A 16 gage
B 16 ounce
C 26 gage
D .032
75. The minimum gage for stainless steel gutter is___________
A 26
B 16
C 18
D 28
76. Which metal should not be soldered?
A Aluminum
B Brass
C Copper
D Die cast
77. The minimum gage for galvanized expansion joint covers is ____________
A 20
B 22
C 24
D 26
1 Exam Prep – SMACNA Architectural Sheet Metal 13
78. The rectangular gutter has a girth of 24 inches. The minimum gage galvanized steel to be used is
_____________
A 20
B 22
C 24
D 26
79. Gutter thermal expansion joints should be installed every _______________
A 25 feet
B 50 feet
C 75 feet
D 100 feet
80. When fastening to concrete and not using reglets, the fasteners must be how many inches apart?
A 8
B 10
C 12
D 18
81. To limit the effects of thermal expansion in gutters, the maximum practical gutter length to be served by a
downspout is how many feet?
A 12
B 32
C 42
D 50
82. A nail without a head is a ____________
A Headless nail
B Driver nail
C Sinker nail
D Slick head nail
83. Nail sizes start at _____________
A 1d
B 2d
C 3d
D 4d
1 Exam Prep – SMACNA Architectural Sheet Metal 14
84. Which is not a common description of the shank of a screw?
A Standard thread
B Reverse thread
C Butress thread
D Modified butress thread
85. Which is not a physical factor affecting the screw's withdrawal resistance?
A Size
B Color
C Pitch
D Type
86. The number of degrees in a standard thread is ____________
A 30
B 40
C 90
D 110
87. The copper gutter has a girth of 22 inches. The minimum strap size should be ____________
A 1/8 X 1
B 1/4 X 1 1/2
C 3/16 X 1
D I/8 X 2
88. The minimum gage for galvanized metal used as an expansion joint is ______________
A 20
B 22
C 24
D 26
89. The scupper is installed through a raised roof and will discharge into a conductor head and downspout. The
conductor head should be ___________ inches wider than the scupper.
A 2
B 4
C 6
D 8
1 Exam Prep – SMACNA Architectural Sheet Metal 15
90. A conductor head used to move water into a downspout should be at least how many inches wider overall
than the scupper?
A 4
B 3
C 2
D 1
91. Horizontal cleats should be _______________
A Continuous
B Lapped
C "Short" (by SMACNA definition)
D "Long" (by SMACNA definition)
92. Horizontal cleats should be in lengths ________________
A Of at least 2 feet with 1/2 inch clearance between the ends
B Of at least 3 feet with 1/4 inch clearance between the ends
C Not to exceed 10 feet with 1/2 inch clearance between the ends
D Not to exceed 12 feet with 1/4 inch clearance between the ends
93. One type of joint approved for formed gravel-stop-fascia systems ______________
A Involves welding
B Uses a "lock-down" system
C Is called the "combination joint"
D Uses a cover plate
94. On shingle, slate or tile roofs, the edges of valleys should be formed with hook edges and cleated on
____________ inch centers.
A 24
B 22
C 20
D 18
95. Given a 2 1/2 x 3 inch diameter downspout leader and a 7.50 inches squared cross sectional area, the
downspout leader capacity should be ___________
A 30
B 54
C 92
D 192
1 Exam Prep – SMACNA Architectural Sheet Metal 16
96. Flashings are generally formed in ___________ foot sections.
A 6
B 8
C 10
D 12
97. It is recommended that the depth of the conductor head's top opening equal of
__________ its width.
A 1/2
B 2/3
C 3/4
D 7/8
98. Where stationary louver blades exceed 36 inches in width, what should be used to connect the louvers?
A 3 Number 8 sheet metal screws
B A stiffener bar
C A heel stiffener
D A side latch with mobile vibrators
99. The gutter is 6 inches wide. The elevation difference between the front and the back of the gutter should be
how many inches?
A .5
B 1
C 1.5
D 2
100. The copper for a 22-inch girthed gutter is ____________ ounce.
A 16
B 20
C .042
D 26
101. The minimum width of a built-in gutter at the bottom is how many inches?
A 3
B 4
C 6
D 8
1 Exam Prep – SMACNA Architectural Sheet Metal 17
102. The closure flange should be a minimum of how many inches wider than the conductor head on each side?
A 6
B 3
C 1
D 1/2
103. Which of the following is considered an adequate roof support system?
A Copper tin allow supports
B Pressure treated wood sleepers
C Metal "Z" bars running parallel to the roofing
D Grid insulation and fasteners
104. The cover plate on formed gravel-stop fascia should overlap each side how many inches?
A 3
B 6
C 12
D 18
105. The minimum width of the chimney flashing base over the chimney cricket above the high side of the
chimney is how many inches?
A 12
B 24
C 36
D 48
106. Terne is Type 304 stainless steel coated with ______________
A Zinc
B Copper
C Acid
D Lead-tin alloy
107. For standing seam roofs, the lap at the valley should be how many inches according to the Architectural
Sheet Metal Manual?
A 3
B 5
C 8
D 12
1 Exam Prep – SMACNA Architectural Sheet Metal 18
108. When installing a plain rectangular standard downspout 3 inches by 4 inches, the total square inches
should be ___________
A 12
B 20
C 10
D 24
109. An 8 inch wide gutter should have a depth of how many inches?
A 4
B 6
C 8
D 10
110. To limit the effects of thermal expansion, gutters should be limited to a maximum of how many feet?
A 40
B 50
C 75
D 100
111. The recommended gage for stainless steel counter flashing is ____________
A 16
B 24
C 26
D 28
112. Gutter straps with an 18 inch girth made of stainless steel should be ___________
A 1/8 X 1
B 1/8 X 2
C 1/4 X 1 1/2
D 3/16 X 1
113. Stainless steel rectangular gutter with an 18 inch girth should be what gage?
A 24
B 26
C 22
D 20
114. To limit the effects of thermal expansion, the practical maximum gutter length is ___________
A 40 feet
B 50 feet
C 75 feet
D 100 feet
1 Exam Prep – SMACNA Architectural Sheet Metal 19
115. Continuous means in lengths not to exceed ____________
A 10 feet
B 12 feet
C 20 feet
D 24 feet
116. Metal coping single lap joints should be _____________ inches minimum width.
A 2
B 3
C 4
D 6
117. Reglets cut in masonry should be a minimum of how many inches in depth?
A 1
B 1.5
C 2
D 3
118. According to the Architectural Sheet Metal Manual, to determine the design area of a roof for a roof
drainage system with a pitch of 6 to 8 inches per foot, multiply the plan area by the factor .
A. 1.00
B. 1.05
C. 1.10
D. 1.20
119. According to the Architectural Sheet Metal Manual, downspouts should be selected to drain a maximum
of feet of gutter.
A. 20'
B. 30'
C. 40'
D. 50'
120. A plain round downspout having a nominal size of 4 inches has an area of square inches.
A. 5.94
B. 7.07
C. 11.04
D. 12.57
1 Exam Prep – SMACNA Architectural Sheet Metal 20
121. The recommended minimum thickness of aluminum required to fabricate a rectangular design gutter
having a girth of 24 inches is aluminum.
A. 0.025
B. 0.032
C. 0.051
D. 0.064
122. The maximum distance between expansion joint and downspout for a built-in gutter fabricated out of 24
gage stainless steel having a gutter bottom width of 10 inches and side angles of 90 degrees is feet.
A. 19
B. 20
C. 22
D. 27
123. A copper gutter that is girthed at 18 inches should have brackets or straps a minimum of in size.
A. 1/8" x 1"
B. 1/4" x 1"
C. 1/4" x 1 - 1/2"
D. 1/4" x 2"
124. A continuous cleat should be used at the drip edge when a gravel stop-fascia exceeds inches.
A. 3 - 1/12
B. 4
C. 4- 1/2
D. 5
125. According to Architectural Sheet Metal Manual, the recommended minimum gage stainless steel required
for counter flashings is gage stainless steel.
A. 28
B. 26
C. 24
D. 22
1 Exam Prep – SMACNA Architectural Sheet Metal 21
126. The nominal thickness for 20 gage stainless steel sheets is millimeters.
A. 0.4
B. 0.6
C. 0.8
D. 1.0
127. Standing seam metal roof pans should be installed with cleats nailed inches on center.
A. 6
B. 12
C. 18
D. 24
128. Given: A 6" x 6" downspout, assuming a maximum storm, how much roof area can be drained of roof in
Tampa, Florida is square feet.
A. 110 square feet
B. 660 square feet
C. 1,980 square feet
D. 3,960 square feet
129. According to the Architectural Sheet Metal Manual, the area of a plain round 4 inch standard downspout
is square inches.
A. 5.94 square inches
B. 7.07 square inches
C. 11.04 square inches
D. 12.5 7 square inches
130. According to Architectural Sheet Metal Manual, the minimum gage galvanized steel gutter with a 22
inch girth is .
A. 16 gage
B. 20 gage
C. 22 gage
D. 26 gage
1 Exam Prep – SMACNA Architectural Sheet Metal 22
131. According the Architectural Sheet Metal Manual, gutterer bracket size for galvanized steel at 18 inch girth
is .
A. 3/16" x 1"
B. 1/8” x 2"
C. 1/8” x 1”
D. 1/4" x'1/2"
132. According to the Architectural Sheet Metal Manual, the minimum front width of a downspout splash pan
is inches.
A. 30 inches
B. 18 inches
C. 12 inches
D. 1 inch
133. According to the Architectural Sheet Metal Manual, the maximum distance between joints on formed
gravel stop is feet.
A. 8 feet
B. 10 feet
C. 12 feet
D. 16 feet
134. The minimum width for valley flashing on a roof with .a slope less than 6/12 is inches.
A. 20inches
B. 16 inches
C. 10 inches
D. 5 inches
135. According to the Architectural Sheet Metal Manual, the minimum gage for copper valley flashing
is gage.
A. 22 gage
B. 23 gage
C. 24 gage
D. 25 gage
1 Exam Prep – SMACNA Architectural Sheet Metal 23
136. According to the Architectural Sheet Manual, the size of roof pans used on a flat seam roof is inches.
A. 20" x 28"
B. 18" x 26"
C. 12" x 24"
D. 10" x 8"
137. The seam height of a pan 24” x 20-3/4” for a standing rood seam is inches.
A. 3/4
B. 1"
C. 1-1/4"
D. 1-1 /2"
138. In a stationary formed louver with blades over 36 inches a size stiffener bar should be used
to connect the louver blades.
A. 1" x 1"
B. 1-1 /2" x 1
C. 1-1 /4" x 1"
D. 1/8" x 1"
139. According to the Architectural Sheet Metal Manual, the base gravity ventilator must be larger
than the curb.
A. 1 inch
B. 2 inches
C. 3 inches
D. 4 inches
140. Given: A six-inch gravel stop, the minimum lap on the nailer edge is inches.
A. 1 inch
B. 2 inches
C. 3 inches.
D. 4 inches
141. Given: 16 inch coping with a 16-inch joint top width, the minimum thickness aluminum to fabricate the
coping is gage.
A. 26 gage
B. 24 gage
C. 22 gage
D. 20 gage
1 Exam Prep – SMACNA Architectural Sheet Metal 24
ANSWER KEY
1. B SMACNA Architectural Sheet Metal Manual, 7 th Edition B.9
2. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.1
3. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
4. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.20
5. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.58
6. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.72
7. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.76
8. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.6
9. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.8
10. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.8
11. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
12. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
13. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 8.16
14. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.14
15. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.14
16. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.26
17. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.14
18. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 10.4
19. D SMACNA Architectural Sheet Metal Manual, 7 th Edition B.1
20. D SMACNA Architectural Sheet Metal Manual, 7 th Edition F.5
21. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
22. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
23. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
24. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.34
25. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.12
26. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 3.3
27. B SMACNA Architectural Sheet Metal Manual, 7 th Edition A.2
28. A SMACNA Architectural Sheet Metal Manual, 7 th Edition A.1
29. C SMACNA Architectural Sheet Metal Manual, 7 th Edition B.1
30. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
31. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
1 Exam Prep – SMACNA Architectural Sheet Metal 25
32. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
33. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.34
34. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.12
35. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 3.3
36. B SMACNA Architectural Sheet Metal Manual, 7 th Edition A.2
37. A SMACNA Architectural Sheet Metal Manual, 7 th Edition A.1
38. C SMACNA Architectural Sheet Metal Manual, 7 th Edition B.1
39. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.1
40. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
41. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
42. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.46
43. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.82
44. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.2
45. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.8
46. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.6
47. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.10
48. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.20
49. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
50. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.22
51. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.22
52. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.14
53. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.12
54. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.14
55. C SMACNA Architectural Sheet Metal Manual, 7th Edition B.1
56. C SMACNA Architectural Sheet Metal Manual, 7th Edition 10.4
57. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.20
58. D SMACNA Architectural Sheet Metal Manual, 7 th Edition A.1
59. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.8
60. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.2
61. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
62. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
63. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.2
64. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
1 Exam Prep – SMACNA Architectural Sheet Metal 26
65. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.6
66. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
67. A SMACNA Architectural Sheet Metal Manual, 7th Edition 1.4
68. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.82
69. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.6/A.1
70. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.14
71. B SMACNA Architectural Sheet Metal Manual, 7th Edition 4.6
72. D SMACNA Architectural Sheet Metal Manual, 7th Edition 6.14
73. A SMACNA Architectural Sheet Metal Manual, 7th Edition B.1
74. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.14
75. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
76. A SMACNA Architectural Sheet Metal Manual, 7 th Edition B.1
77. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 5.12
78. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
79. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
80. D SMACNA Architectural Sheet Metal Manual, 7th Edition 4.10
81. D SMACNA Architectural Sheet Metal Manual, 7th Edition 1.4
82. A SMACNA Architectural Sheet Metal Manual, 7 th Edition J.2
83. B SMACNA Architectural Sheet Metal Manual, 7 th Edition J.3
84. B SMACNA Architectural Sheet Metal Manual, 7 th Edition J.4
85. B SMACNA Architectural Sheet Metal Manual, 7 th Edition J.4
86. B SMACNA Architectural Sheet Metal Manual, 7 th Edition J.4
87. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.34
88. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 5.2
89. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.66
90. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.62
91. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.2
92. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.2
93. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.8
94. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
95. C SMACNA Architectural Sheet Metal Manual, 7 th Edition G.4
96. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.18
97 B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.60
1 Exam Prep – SMACNA Architectural Sheet Metal 27
98. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 9.4
99. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.10
100. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
101. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.16
102. D SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.62
103. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.6
104. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 2.8
105. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.27
106. D SMACNA Architectural Sheet Metal Manual, 7th Edition B.9
107. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 6.17
108. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
109. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.10
110. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
111. C SMACNA Architectural Sheet Metal Manual, 7 th Edition 4.8
112. A SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.34
113. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.11
114. B SMACNA Architectural Sheet Metal Manual, 7 th Edition 1.4
115. A SMACNA Architectural Sheet Metal Manual 2.2
116. B SMACNA Architectural Sheet Metal Manual 3.1
117. B SMACNA Architectural Sheet Metal Manual 4.6
118. C SMACNA Architectural Sheet Metal Manual 1.1
119. D SMACNA Architectural Sheet Metal Manual 1.4
120. D SMACNA Architectural Sheet Metal Manual 1.4
121. C SMACNA Architectural Sheet Metal Manual 1.11
122. D SMACNA Architectural Sheet Metal Manual 1.18
123. A SMACNA Architectural Sheet Metal Manual 1.34
124. D SMACNA Architectural Sheet Metal Manual
125. B SMACNA Architectural Sheet Metal Manual 4.8
126. D SMACNA Architectural Sheet Metal Manual A.1
127. B SMACNA Architectural Sheet Metal Manual 6.14
128. D SMACNA Architectural Sheet Metal Manual 1.2
129. D SMACNA Architectural Sheet Metal Manual 1.4
130. C SMACNA Architectural Sheet Metal Manual 1.11
1 Exam Prep – SMACNA Architectural Sheet Metal 28
131. C SMACNA Architectural Sheet Metal Manual 1.34
132. B SMACNA Architectural Sheet Metal Manual 1.82
133. C SMACNA Architectural Sheet Metal Manual 2.1
134. A SMACNA Architectural Sheet Metal Manual 4.21
135. B SMACNA Architectural Sheet Metal Manual 4.20
136. A SMACNA Architectural Sheet Metal Manual 6.10
137. B SMACNA Architectural Sheet Metal Manual 6.14
138. D SMACNA Architectural Sheet Metal Manual 7.2
139. B SMACNA Architectural Sheet Metal Manual 8.3
140. A SMACNA Architectural Sheet Metal Manual 2.3
141. D
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