One is AC and the other is DC.
AC- alternating current is used in electrical outlets
DC- direct current is used in batteries.
An electrical outlet in your house would have 120 volts (the ones you use most, your tv, lights, radio are plugged into) or 240 volts (the ones your stove and dryer plug into).
A battery voltage varies widely: AA & AAA batteries have 1.5 volts, a 9 volt battery has 9 volts, your car battery has 12 volts.
A battery puts out a (fairly) steady voltage (DC - direct current) whereas the electrical outlet delivers alternating current (AC).
Batteries are typically much lower in voltage, e.g. 1.5V or 9V.
Car batteries are 12V.
The voltage from an outlet is 120V AC in North America and 220V AC in Europe.
The batter will deliver a very limited current before it dies whereas the electrical outlet produces a much higher current, typically 15 or 20A (amperes, "amps").
The battery is not electricity. A battery is a device that stores energy in the form of chemical energy. When energy is taken out of the battery, it comes out in the form of electrical energy. And if the battery is rechargable, then energy is put into it also in the form of electrical energy. A2. There is sometimes a confusion, amongst non-technical people when discussing electrical items. A distinction is made between an AC mains operated device and a battery operated device. Calling the mains device 'electric' and the other 'battery'. A battery operated device is also 'electric', The current is DC and the voltage usually a lot lower (and safer) than the domestic supply. So yes. A battery operated device is electric. Batteries do produce electricity.
A label.
The difference between a 2amp, a 4amp and a 6amp battery charger is the speed at which the battery will be charged. The numbers represent the maximum amperage output at a specific voltage at which the battery will be charged.
In current electricity we discuss moving charges while stationary charges are studied in static electricity.
A static discharge is an accumulation of static electricity that discharges when negative electrons connect with the positive protons.
Lightening is natural. Electrical circuits are man invented and made.
Electrical is an one type of energy ie flow of electrons... this flow of electrons constitutes the Electricity which we are using for our use
Technically, you are speaking about the delivery of current. Electricity is one type of current. The current has two differences: The current from batteries has a much lower voltage, and it is DC, while the electricity from the electrical plug is AC. Devices that use current have to be adapted to these two situations. Some devices are only battery powered, e.g. flashlight. Other devices have internal mechanisms to switch the power current between battery and electrical outlet, e.g. a laptop.
To keep it simple, an alternator (like the one in a car) takes rotating mechanical energy and creates AC electricity. An inverter is usually just an electrical converter. It takes DC power (like the battery in a car, or camper) and produces AC electricity.
It is the potential difference between the positive and negative terminals of the battery. The unit of electrical potential is the volt, so the difference in potential between two ponts is also a quantity with units of volts, colloquially called the 'voltage' between the points.
The power of a battery is typically measured in voltage (V) and current (A). The voltage represents the electrical potential difference between the positive and negative terminals, while the current represents the rate of flow of electricity. The power output of a battery is the product of voltage and current (P = V x I).
Electronics is a science dealing with electrons emission electrical is a science dealing with electron flow
The battery is not electricity. A battery is a device that stores energy in the form of chemical energy. When energy is taken out of the battery, it comes out in the form of electrical energy. And if the battery is rechargable, then energy is put into it also in the form of electrical energy. A2. There is sometimes a confusion, amongst non-technical people when discussing electrical items. A distinction is made between an AC mains operated device and a battery operated device. Calling the mains device 'electric' and the other 'battery'. A battery operated device is also 'electric', The current is DC and the voltage usually a lot lower (and safer) than the domestic supply. So yes. A battery operated device is electric. Batteries do produce electricity.
the fundamental difference between a battery and a generator is that a battery uses chemicals
In a compressed air tool the driving force is air pressure. While in battery tools the electricity from the battery is converted to electromagnetic force to drive it.
Volts are a unit of measurement determined by the "electrical pressure" in a circuit, or the potential difference between two charged bodies, say the positive and negative sides of a battery.
A battery stores electrical energy in the form of chemical energy within it's cell(s), which can contain the element Lithium or other suitable elements. The chemical molecules are unstable- that is to say, 'top heavy' with more electrons than they need. When the battery is being used, these excess electrons are discharged in the form of electrical current. Eventually, the chemical molecules within the cell become increasingly stable as the excess electrons are lost, and when this happens the battery runs down and loses power. An electrical generator, on the other hand, MANUFACTURES electrical current via continuous reaction between a revolving magnetic coil (the 'commutator') which has a positive charge, and a surrounding shell (the 'insulator') that is negatively charged. The constant rapid attraction / repulsion sequences create waves of electrical current, which when coming close enough together can lead to a near continuous stream of electricity. SO- Battery STORES electricity as CHEMICAL ENERGY in a LIMITED AMOUNT Electrical generator CREATES electricity with NO LIMITS to the amount.