Anything that uses electricity. For example, a light-bulb.
We have three type of load,
1:resistive load
2:inductive load
3:capacitive load
the power associated with resistive load is called true power.
the power associated with capacitive and reactive load is called reactive power.
true power=I square R
reactive power=I square X
x may be capacitance or inductance
The load is the general name for the the thing that absorbs the power that is supplied. So in your kitchen the cooker, toaster and refrigerator are all classed as loads. For an electrician what matters is how much power the load requires.
A load in an electrical circuit, is anything that draws and consumes current.
A lamp
A motor
An amplifier
Most do a useful job but a simple resistor, that has no use but to prove a circuit, can also be used as a load.
Anything that uses electricity. For example, a light-bulb.
Anything that uses power is an electrical load. A TV, a refridgerator, a light bulb and a computer are all examples of a load.
The list of choices that you posted along with your question
doesn't include any items that can perform that function.
Resistive load ,Capacitive load,Inductive load
Anything that offers a resistance is a load. The device(s) the current is powering
A calculated load in electrical terminology is the sum of all of the loads that are connected to a system. To size a service distribution for a home all of the connected loads have to be calculated in. Some loads can be derated as per the electrical code. When the total amperage is calculated from the sum of all of the loads, the wire size and distribution can be sized to handle the calculated load.
By adding together the power ratings, and applying a diversity factor. A 'diversity factor' takes into account that not all loads will be operating at the same time.
Because they use electrical energy to produce mechanical energy or heat energy
There is a lot of confusion amongst consumers that an Unbalanced LoadStabilizer is generally superior to a Balanced Load Stabilizer. To clarifythis myth certain fundamental principles connected with Transformersare given below:1. Definition of Balanced and Unbalanced loads:a. A Three phase Loads on a 3 phase supply system is a Balancedload because it draws equal current from each phase. Three phaseMotors, Converters; Rectifiers using 3 phase input supply arecommon examples of Balanced loads.b. A single phase / 2 phase loads on a three phase system is calledUnbalanced load. Normally Unbalanced loads have to use aneutral wire in the system. The 2 phase loads may not require aneutral.
If the load is too heavy the voltage droops because of the drop across the generator's internal impedance.
light bulbs switches
High voltage loads is a high electrical discharge that can result to electrical breakdown. Example: High power amplifier vacuum tubes or particle beams. High current loads are the loads that can have peak current greater than 10 amps. Example: Motors, solenoids or nitinol wire.
Loads
In a parallel circuit an electrical load may be disconnected without affecting other loads.
there are loads of different kinds!
Examples: color, refractive index, density, electrical conductivity, ductility, etc.
lightning
say x loads of time
climbing up stairs
It is an electrical insulator. Most stones are examples.
Good examples of electrical resistance would be an electrical baseboard heater, electric hot water tank and an electrical kettle. All of these devices use a resistive element to create heat.
Electrical circuit is a network that has closed path giving a return way for the current. It is a connection of power supply, conductors and loads.