Electric Circuits Answers

What is the voltage of a battery in a circuit if the total current is 2.5 Amps and the total resistance is 8 ohms?

I have a parallel circuit attached to a simple circuit. I have the value of the resistors in the parallel circuit of 3 ohms and 6 ohms with the amp of .5 listed next to the 6 ohms. Resistor 3 is outside of the parallel circuit in a simple circuit which has no value. The volt is 12. The current next to the 3 ohms (I2) has no value. Find the value of I2, the resistor 3 and total current I

In the context of the dangers of working with electricity, use a diagram of the body to illustrate specific points and supplementary notes to explain:

Explain, using diagrams, how Fleming’s Left Hand Rule (FLH) applies to electric motors and how Fleming’s Right Hand Rule (FRH) applies to AC generators.

Why do we prefer repeating waveforms for characterizing any communication system?

It is essential that the smelting works protects its workers by applying the Electricity at Work Regulations 1989. Discuss the specific actions that should be taken and the safety devices that should be used to protect workers when operating and repairing plant ( This provides evid e n ce for D2 P Prepared By Akintunde Oladeji Physics Lecturer art ) the AC and DC equipment in the plant

A particle has a net charge of +0.31 nC.

How many electrons must be added to this particle in order to make it electrically neutral? (to 2 s.f)

[NOTE: enter numbers using scientific notation by using "E": for example 1.6×10−19 would be entered as 1.6E-19]

A +6.0 µC charge (charge A) is placed at the origin (i.e., x = 0 m), a +9.0 µC charge (charge B) is placed at x = −5.0 cm and a −3.0 µC charge (charge C) is placed at x = +2.0 cm.

What is the net force on charge A due to charges B and C? (to 2 s.f and in N)

In a 3-phase, 4-wire system, there is a balanced 3-phase motor load taking 200 kW at a power factor of 0.8 lagging, while lamps connected between phase conductors and the neutral take 50, 70 and 100 kW respectively. The voltage between phase conductors is 430 V. Calculate the current in each phase and in the neutral wire of the feeder supplying the load.

the voltages used to transmit electricity through the national grid for a variety of uses, have been selected and why they may be different at different points in the transfer system.