KIIT Deemed to be University BEE Quiz-2 Topic: Module-2 âąī¸ 20:00 đ 10 Questions 1 Registration & Summary âšī¸ Quiz Summary Main Topic Topic: Module-2 Questions 10 Items Time Limit 20 Minutes Negative Marking â None Name * Roll Number * Ready to begin? The timer starts immediately. đ Continue & Start Test 2 Quiz Questions Q1. The actual useful power consumed in an AC circuit by the resistive elements is called? Apparent power Virtual power True power Reactive power Q2. How much current flows through the neutral wire of a perfectly balanced three-phase Star system? Same as phase current Zero Maximum current Same as line current Q3. The formula to calculate total True Power in a balanced 3-phase system (using Line values) is? 3 x VL x IL 3 x VL x IL x sin(phi) Square root of 3 x VL x IL x cos(phi) Square root of 3 x VL x IL Q4. When an alternating voltage is applied across a pure capacitor, the resulting current will? Lead by 180 degrees Lag the voltage by 90 degrees Lead the voltage by 90 degrees Be in phase with the voltage Q5. The steady current that produces the same heating effect as a given alternating current is known as its? Average value RMS value Maximum value Peak value Q6. The opposition offered by a pure capacitor to the flow of alternating current is called? Inductive reactance Impedance Capacitive reactance Resistance Q7. The total combined opposition offered by a circuit containing resistors, inductors, and capacitors is called? Impedance Conductance Admittance Reactance Q8. At series resonance, the total impedance of the RLC circuit is? Minimum and equal to Resistance Equal to Inductive Reactance Maximum Infinite Q9. The ratio of true power (active power) to apparent power in an AC circuit is defined as the? Load factor Power factor Peak factor Form factor Q10. In a balanced Star (Y) connection, the Line Voltage is mathematically related to the Phase Voltage by what factor? Square root of 3 times Phase Voltage Equal to Phase Voltage Divided by square root of 3 3 times Phase Voltage đ¯ Complete My Submission