Resistencia total, tabajo colaborativo unad.

[pic 1]

RE1 = R15+R16+R17 = 100 +10 + 3.3k = 113,3 Ω

[pic 2]

RE2 = R13+R14= 1000+100 = 1100 Ω

[pic 3]

RE 3= RE1 * RE2 =    113.3 * 1100 =  124.630  = 102,74 Ω

           RE1 + RE2       113.3 + 1100      1.213,3

RE 3= 102,74 Ω

[pic 4]

RE 4= R11 + R12 = 12+ 220 = 232 Ω

RE 4= 232 Ω

[pic 5]

RE 5= RE3 * RE4 =    102,74 * 232=  23.835 = 0,07Ω

           RE3 + RE4       102,74 + 232     334.74

RE 5= 0,07kΩ

[pic 6]

RE 6  = R8 + R9+ R10

RE 6 = 2.2 + 4.7 + 4.7 = 11,6 kΩ

[pic 7]

RE 7 = RE5 * RE6 =    0,07* 11,6 =  0,81 = 0,06Ω

            RE5 + RE6       0,07+ 11,6     11,67

RE 7 = 0,06 kΩ

[pic 8]

RE8=  R5 * R6   =  510 *  510   =  260100 =  255

           R5 + R6            510 +  510        1020

RE8= 255Ω

[pic 9]

RE 9 = RE 7 + RE 8  =  255+ 0,06 =255,06

RE 9= 255,06

[pic 10]

RE 10 = R4 + R7 =   560+ 68 = 628Ω

RE 10 = 628Ω

[pic 11]

RE 11 = RE 10 *RE 9 =  628* 255=  160.140 = 0,181

              RE 10 + RE 9    628+ 255        883

RE11 = 0,181

[pic 12]

R12 = R2+ R3 =  330 + 120 = 450

R12= 450

[pic 13]

RE 13 = RE 12 *RE 11 =  450* 0,181=  81,45 = 0,180

              RE 12 + RE 11    450+ 0,181   450,181

RE13 = 0,180

[pic 14]

RE 14 = R1+ RE13 =  22+ 0,180

RE 14 = 22,18

[pic 15]

R= V/I  5/22,18 Corriente total = 0,22

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