Determine the equivalent length of four 90° elbows, two straight-run tees (all wrought), and two gate valves for 1 in diameter copper pipe. TABLE 12.9 WEIGHTS AND DIMENSIONS OF COPPER TUBING.Туре кТурe LТуре МWeightper t(in)NominalOutsideInsideWeightper t(ib)InsideDiameterWeightper tt(ib)InsideSizeDiameterDiameterDiameter(in)(in)(in)(In)(in)0.2500.1860.0850.2000.3150.4300.0680.2000.0680.1060.1440.3750.3110.1340.1260.3250.4500.5690.6900.8110.5000.4020.5270.6520.7450.9951.2451.4811.9592.4352.9073.3853.8570.2690.1980.6250.7500.8750.5450.6660.7850.3440.2840.2030.4180.6410.8391.041.362.062.924.005.126.519.670.3620.4540.6530.8820.2630.3281.1251.3751.6252.1252.6253.1253.6251.0251.2651.0550.4641%1.2910.6811%1.5051.141.5710.9401.9852.4652.9453.4253.9054.8755.8457.7252.0092.4952.9813.4593.9354.9075.8817.78522%33%1.752.483.334.295.387.611.462.032.683.584.1254.6655.1254.8055.7417.5836.668.9116.466.12513.8710.208.12525.9010.29TABLE 12.10 WEIGHTS AND DIMENSIONS OF COPPER AND BRASS PIPES.Weight per t (in ib)Nominal SizeOutside DiameterInside Diameter(in)(In)(in)67% Copper85% Copper100% Copper0.4050.5400.6750.8401.0501.3150.2810.3750.4940.6250.8221.0620.2460.2530.4500.6300.9381.271.792.633.130.2590.4600.6430.9571.301.830.4370.6120.9111.241.741%1%1.6601.9002.3751.3682.563.044.022.693.201.6002.0622.5003.0623.5004.00024.144.232%2.8753.5004.0004.5005.838.3110.8512.2913.7415.406.008.566.148.753411.1711.41412.6612.945.0004.50014.1514.465.5636.6255.0636.12515.8518.9916.21618.4419.417.6258.6257.0628.00023.9230.0524.6330.9525.1731.63Reference: Mechanical and Electrical Systems in Architecture, Engineering and Construction. Sth edition. Joseph B. Wujek and FrankDagostino. Pearson Education/Prentice Hall.

I have used the above table for finding equivalent lengths of members and fittings Follow the…

Answered: Determine the equivalent length of four…

Determine the equivalent length of four 90° elbows, two straight-run tees (all wrought), and two gate valves for 1 in diameter copper pipe.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Determine the equivalent length of four 90° elbows, two straight-run tees (all wrought), and two
gate valves for 1 in diameter copper pipe.

TABLE 12.9 WEIGHTS AND DIMENSIONS OF COPPER TUBING.
Туре к
Турe L
Туре М
Weight
per t
(in)
Nominal
Outside
Inside
Weight
per t
(ib)
Inside
Diameter
Weight
per tt
(ib)
Inside
Size
Diameter
Diameter
Diameter
(in)
(in)
(in)
(In)
(in)
0.250
0.186
0.085
0.200
0.315
0.430
0.068
0.200
0.068
0.106
0.144
0.375
0.311
0.134
0.126
0.325
0.450
0.569
0.690
0.811
0.500
0.402
0.527
0.652
0.745
0.995
1.245
1.481
1.959
2.435
2.907
3.385
3.857
0.269
0.198
0.625
0.750
0.875
0.545
0.666
0.785
0.344
0.284
0.203
0.418
0.641
0.839
1.04
1.36
2.06
2.92
4.00
5.12
6.51
9.67
0.362
0.454
0.653
0.882
0.263
0.328
1.125
1.375
1.625
2.125
2.625
3.125
3.625
1.025
1.265
1.055
0.464
1%
1.291
0.681
1%
1.505
1.14
1.571
0.940
1.985
2.465
2.945
3.425
3.905
4.875
5.845
7.725
2.009
2.495
2.981
3.459
3.935
4.907
5.881
7.785
2
2%
3
3%
1.75
2.48
3.33
4.29
5.38
7.61
1.46
2.03
2.68
3.58
4.125
4.66
5
5.125
4.805
5.741
7.583
6.66
8.91
16.46
6.125
13.87
10.20
8.125
25.90
10.29
TABLE 12.10 WEIGHTS AND DIMENSIONS OF COPPER AND BRASS PIPES.
Weight per t (in ib)
Nominal Size
Outside Diameter
Inside Diameter
(in)
(In)
(in)
67% Copper
85% Copper
100% Copper
0.405
0.540
0.675
0.840
1.050
1.315
0.281
0.375
0.494
0.625
0.822
1.062
0.246
0.253
0.450
0.630
0.938
1.27
1.79
2.63
3.13
0.259
0.460
0.643
0.957
1.30
1.83
0.437
0.612
0.911
1.24
1.74
1%
1%
1.660
1.900
2.375
1.368
2.56
3.04
4.02
2.69
3.20
1.600
2.062
2.500
3.062
3.500
4.000
2
4.14
4.23
2%
2.875
3.500
4.000
4.500
5.83
8.31
10.85
12.29
13.74
15.40
6.00
8.56
6.14
8.75
34
11.17
11.41
4
12.66
12.94
5.000
4.500
14.15
14.46
5.563
6.625
5.063
6.125
15.85
18.99
16.21
6
18.44
19.41
7.625
8.625
7.062
8.000
23.92
30.05
24.63
30.95
25.17
31.63
Reference: Mechanical and Electrical Systems in Architecture, Engineering and Construction. Sth edition. Joseph B. Wujek and Frank
Dagostino. Pearson Education/Prentice Hall.

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