3. a) Determine the potential difference V - Ve b) Determine how much energy is dissipated in the 6 resistor during the time interval of 3 minutes. c) The 62 resistor is made of a homogeneous material and has the shape of a cylinder. Knowing that the resistor is 18 cm long with a base diameter of 0.12 mm, determine the resisitivity of the material. 1 b 0.50 02 4.00 V ww 6.00 (2 9.00 £2 0.50 2 8.00 V wwwww 8.00 2
3. a) Determine the potential difference V - Ve b) Determine how much energy is dissipated in the 6 resistor during the time interval of 3 minutes. c) The 62 resistor is made of a homogeneous material and has the shape of a cylinder. Knowing that the resistor is 18 cm long with a base diameter of 0.12 mm, determine the resisitivity of the material. 1 b 0.50 02 4.00 V ww 6.00 (2 9.00 £2 0.50 2 8.00 V wwwww 8.00 2
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Transcribed Image Text:3. a) Determine the potential difference V - Ve.
b) Determine how much energy is dissipated in the 69 resistor
during the time interval of 3 minutes.
c) The 62 resistor is made of a homogeneous material and has
the shape of a cylinder. Knowing that the resistor is 18 cm long
with a base diameter of 0.12 mm, determine the resisitivity of the
material.
0.50 (2 4.00 V
6.00 (2
9.00 Ω
0.50 2 8.00 V
www.
8.00 2
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