Two cables, both with conductor cross sectional area 4 mm, are connected in parallel across a...

 

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Two cables, both with conductor cross sectional area 4 mm, are connected in parallel across a common D.C. voltage of 38 Volts. -9 The resistivity of Cable 1 is p = 1.6 x 100.m at 20 °C, while the resistivity of Cable 2 is p = 3.7 x -9 10 Q.m at 20 °C. Cable 1 is 1199 mm in length. If 54.7% of the current passes through cable 1, determine the length of cable 2. Assume the ambient temperature is 20°C. Answer: m mm Two cables, both with conductor cross sectional area 4 mm, are connected in parallel across a common D.C. voltage of 38 Volts. -9 The resistivity of Cable 1 is p = 1.6 x 100.m at 20 °C, while the resistivity of Cable 2 is p = 3.7 x -9 10 Q.m at 20 °C. Cable 1 is 1199 mm in length. If 54.7% of the current passes through cable 1, determine the length of cable 2. Assume the ambient temperature is 20°C. Answer: m mm

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lin cable1 T NZER 2 ln cable2 Cable Cable 2 1 ... View the full answer