American Wire Gauge (AWG) sizes. Cross-sectional Ohms/305 m AWG Diameter (cm) Area (cm?) @20°C 4/0 1.175 1.084 0.049 3/0 1.046 0.859 0.681 0.0618 2/0 0.931 0.078 1/0 0.829 0.5398 0.0983 0.3400 0.2140...

Answer The following problem. Base on the given Table. Show complete solutions. View ImageAmerican Wire Gauge (AWG) sizes.<br>Cross-sectional<br>Ohms/305 m<br>AWG<br>Diameter (cm)<br>Area (cm?)<br>@20°C<br>4/0<br>1.175<br>1.084<br>0.049<br>3/0<br>1.046<br>0.859<br>0.681<br>0.0618<br>2/0<br>0.931<br>0.078<br>1/0<br>0.829<br>0.5398<br>0.0983<br>0.3400<br>0.2140<br>0.1346<br>0.0845<br>2<br>0.658<br>0.1563<br>0.522<br>0.414<br>0.2485<br>0.3951<br>4<br>6<br>8<br>0.328<br>0.6282<br>10<br>0.260<br>0.0531<br>0.9989<br>12<br>0.206<br>0.0333<br>1.588<br>0.0211<br>0.0132<br>14<br>0.164<br>2.525<br>0,130<br>0.103<br>4.016<br>6.385<br>16<br>18<br>0.0083<br>20<br>0.0816<br>0.0052<br>10.15<br>22<br>0.0647<br>0.0033<br>16.14<br>24<br>0.0513<br>0.0021<br>25.67<br>26<br>0.0407<br>0.00130<br>40.81<br>28<br>0.0323<br>0.00082<br>64.9<br>30<br>0.0256<br>0.00051<br>103.2<br>32<br>0.0203<br>0.00032<br>164.1<br>34<br>0.0161<br>0.00020<br>260,9<br>0.0128<br>0.0101<br>36<br>0.00013<br>414.8<br>38<br>0.00008<br>659.6<br>40<br>0.00802<br>0.00005<br>1049<br>1. What is the resistance of a 100-m length of #22 AWG<br>copper conductor?<br>

Extracted text: American Wire Gauge (AWG) sizes. Cross-sectional Ohms/305 m AWG Diameter (cm) Area (cm?) @20°C 4/0 1.175 1.084 0.049 3/0 1.046 0.859 0.681 0.0618 2/0 0.931 0.078 1/0 0.829 0.5398 0.0983 0.3400 0.2140 0.1346 0.0845 2 0.658 0.1563 0.522 0.414 0.2485 0.3951 4 6 8 0.328 0.6282 10 0.260 0.0531 0.9989 12 0.206 0.0333 1.588 0.0211 0.0132 14 0.164 2.525 0,130 0.103 4.016 6.385 16 18 0.0083 20 0.0816 0.0052 10.15 22 0.0647 0.0033 16.14 24 0.0513 0.0021 25.67 26 0.0407 0.00130 40.81 28 0.0323 0.00082 64.9 30 0.0256 0.00051 103.2 32 0.0203 0.00032 164.1 34 0.0161 0.00020 260,9 0.0128 0.0101 36 0.00013 414.8 38 0.00008 659.6 40 0.00802 0.00005 1049 1. What is the resistance of a 100-m length of #22 AWG copper conductor?

Jun 11, 2022
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