**Ques.170. **A current of 5 mA flows in a resistance less choke from a 200 V alternating source. The energy consumed in the choke is **(SSC-2014, E-shift)**

- 0 J
- 4.4 J
- 500 J
- 1000 J

**Ques.171. ** Find R_{AB} for the circuit shown in the figure **(SSC-2014, E-shift)**

- 18Ω
- 30Ω
- 45Ω
- 68Ω

**Ques.172. ** Calculate the total susceptance of the circuit as shown in the figure **(SSC-2014, E-shift)**

- 6.67 mho
- 1.87 mho
- 0.16 mho
- 0.08 mho

**Ques.173. ** In an R-L series circuit, the phase difference between the applied voltage and circuit current will increase if **(SSC-2014, E-shift)**

- X
_{L}is increased - R is increased
- X
_{L}is decreased - Supply frequency is decreased

**Ques.174. **A series circuit has R = 4 Ω, X_{L} = 12 Ω and X_{C} = 9 Ω and is supplied with 200 V, 50 Hz Calculate the power **(SSC-2014, E-shift)**

- 6400 W
- 8000 W
- 14,400 W
- 19,200 W

**Ques.175. **Two sinusoidal currents are given by the equations i_{1} = 50 sin (ωt + π/4) and i_{2} = 25 sin (ωt – π/6). The phase difference between them in ______ degrees. **(SSC-2014, E-shift)**

- 15
- 30
- 45
- 75

**Ques.176. **The reactance of 1-farad capacitance when connected to a DC circuit is **(SSC-2014, E-shift)**

- Infinite
- 1 ohm
- 0.5 Ohm
- Zero Ohm

**Ques.177. **A supply voltage of 230 V, 50 Hz is fed to a residential building. Write down its equation for instantaneous value **(SSC-2014, E-shift)**

- 163 sin 314.16t
- 230 sin 314.16t
- 325 sin 314.16t
- 361 sin 314.16t

**Ques.178.** If the voltage is increased by ‘n’ times, the size of the conductor would **(SSC-2014, E-shift)**

- Increase by ‘n’ times
- Reduce by ‘1/n’ times
- Increase by ‘n
^{2}‘ times - Reduce by ‘1/n
^{2}‘ times

**Ques.179. **The north pole of a magnet is moved away from a metallic ring. The induced current in the ring flows **(SSC-2014, E-shift)**

- Clockwise
- Anticlockwise
- First anticlockwise and then clockwise
- First clockwise and then anticlockwise

**Ques.180.** Energy stored in the inductor is given by **(SSC-2014, E-shift)**

- (LI)
^{2}/√2 - L
^{2}I/2 - 1/√LI
- LI
^{2}/2

**For SSC JE Basic Electrical Questions (Part-1) Solved (2009 – 2018) Click Here**

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**For SSC JE 2018 SET-1 Electrical paper with complete solution** **Click Here**

**For SSC JE 2018 SET-2 Electrical paper with complete solution** **Click Here**

**For SSC JE 2018 SET-3 Electrical paper with complete solution** **Click Here**

**For SSC JE 2018 SET-4 Electrical paper with complete solution** **Click Here**

**For SSC JE 2018 SET-5 Electrical paper with complete solution** **Click Here**