Circuiting

The advantage of using Circuit Symbols

Makes it easier to understand and build the circuit for anyone with common knowledge about this subject

Electric Potential Difference

In order for electricity to flow, it requires a factor known as potential difference to trigger it

Its quicker and requires less artistic skill to draw

The less time you spend on drawing the better you can make your circuit

What is an amp?

Ampere refers to the number of electrons flowing per second through something that conducts electricity

Voltage

1 ampere = 6.24*10^18 electrons flowing through a certain point per second

Electric potential energy of any charge describes how much stored energy it has

Speed/Pressure of electricity passing from the power source to the output source and back into the power supply to replenish its charge

A negative charge close to another negative charge has high potential energy, if left free it will be repeled by the negative charge and move towards the positive charge.

Depends on the power source and potential energy

Potential difference is the difference of electric pressure between two points.

This difference may arise because of a battery consisting of cells

Voltage depends on the location/country

Potential difference is also referred to as voltage

Voltage: work done to move a unit charge from one point to another

Is measured using Amps or Volts both are used to measure speed and pressure of electricity in a certain power supply

Voltage acts like a pushing force and forces electrons to move around the circuit, which creates an electric current.

V = Work done: Jules (w)/ Charge: Coulombs (Q)

SI unit for PD = volt

I Volt = 1 joule / 1 coulomb

PD is measure using a voltmeter

Voltage is a difference in electric potential energy, per unit of charge, between two points.

( V ) [ V = I x R ] V (volts) = I (amps) x R (Ω)- formula to measure voltage