VOLT VS WATT VSAMP FULL

For example : the battery of your mobile phone is around 3 ampere-hours, so it will run out as soon as it exceeds this limit. Why should you care? Because you depend on devices that work for you only as much as your amps allow. The more amperes, the more electrons will flow through the circuit (or more balls fall down the slope). For example: a 10 Ah battery can provide a 10 amp current for one hour. It is used to measure the capacity of the electric batteries. The amp-hour (Ah symbol) expresses how much power can be circulated by a given circuit for one hour. Continuing with the analogy of the ball and the slope, the amps serve to tell us the amount of energy (how many balls?) have moved between one point and another for a space of time. Other voltages in your daily life can be those of an electric battery (+ 1.5 volts), your car's battery (+ 12.5 volts) or one of your neurons (-75 millivolts).Īmperes measure the intensity of an electric current. When you connect a device to that socket, the electrons will start to fall down that slope, pushed by the voltage and generate an electric current with voltage of + 230 V. Between the two points there is a difference of 230 volts. Imagine that one of them is the highest point of the slope and the other is the end. If you look at any plug you will see two holes.

VOLT VS WATT VSAMP FULL

Why do/should you care? You should care because your life is full of voltages. The volts are thus named in honor of Alessandro Volta, the inventor of the battery. The volts (symbol V) measure the different potential energy that exists between one point and the other.

When the ball is at any point on that slope, all the descent that lies ahead is its potential energy. The law of gravity forcing the ball (electrons) to roll is the voltage or electrical voltage. a cable) they generate electric current.Įlectrons can't resist this trip, just like when you drop a ball on a slope. When the electrons move between two points through a conductive material (e.g. We tell you in a short and simple way what the volts, watts and amps are. It is real life: when the car does not start or when the light goes out in your house. It's not just a theory taken from an old manual.

The volts, Watts and amps are three basic concepts for understanding electricity, but it is normal for us to quickly forget the lessons of the Institute and we don't even know what they are or how they affect our daily lives.

Volt vs watt vsamp