1.
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Calculate trigonometry and vector problems. (I)
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2.
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Explain specific theory of alternating currents. (II)
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3.
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Explain the inductance and transform theory, calculate specific
inductance and transformer problems. (III)
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4.
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Explain capacitance and calculate specific problem. (IV)
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5.
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Identify series circuits consisting of resistance, inductance and
capacitance. (V)
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6.
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Explain A/C power and resonance and calculate specific problems. (VI)
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7.
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Explain the production of three-phase attending current, and identify
the wye and delta connections. (VII)
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8.
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Calculate specific problems relative to wye and delta attending
current. (VIII)
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9.
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Explain the operation of specific electrical meters. (IX)
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10.
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Explain the construction and operation of DC and AC generators. (X)
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11.
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Calculate specific generator problems. (XI)
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12.
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Explain the operation of DC motors. (XII)
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13.
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Identify the types of single-and three-phase motors and explain the
operation of each. (XIII)
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14.
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Compare and contrast specific single-and three-phase motors. (XIV)
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15.
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Calculate locked rotor current on three-phase motors. (XV)
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16.
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Identify and explain the overcurrent devices. (XVI)
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17.
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Calculate wire size and select the proper overcurrent, disconnect and
controller. (XVII)
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