R = Z R [10] Question 1. A coil consists of a resistance of 100 2 and an inductance of 200 mH. If an alternating voltage

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R Z R 10 Question 1 A Coil Consists Of A Resistance Of 100 2 And An Inductance Of 200 Mh If An Alternating Voltage 1 (85.16 KiB) Viewed 42 times

R = Z R [10] Question 1. A coil consists of a resistance of 100 2 and an inductance of 200 mH. If an alternating voltage, v, given by v = 200 sin(200t) volts is applied across the coil. Calculate: a) The circuit impedance, b) The current flowing, c) The potential difference (pd) across the resistance, d) The potential difference (pd) across the inductance, and e) The phase angle between the voltage and current. Question 2. (101) An alternating voltage is given by v = 75 sin(200nt - 0.25) volts. Find: a) The amplitude, b) The peak-to-peak value, c) The r.m.s value, d) The periodic time, e) The frequency, and 42,374 278,468 f) The phase angle (in degrees and minutes) relative to 75 sin(200nt). Question 3.