fuse
[object Object]
the amount of power going to the object will will cause the circut breaker to blow. if the object is not connected to a breaker then the object will catch on fire.
static electricity
A charge that does not move is called a static charge.
The magnetic field of an object can be increased by increasing the number of magnetic domains aligned in the same direction, increasing the strength of the magnetic material used, or by increasing the current flowing through a wire in an electromagnet.
The heat produced by an electric current depends on the resistance of the material through which the current is passing, the square of the current flowing through the material, and the duration for which the current flows.
Incandescent means an object is producing light because of a high temperature. In an incandescent light bulb, the current flowing through the filament causes it to heat up to the point that it glows brightly.
Electric current.
you have several options. you can increase the current flowing through the wire you can increase the number of turns/length around the object
When electricity travels through an object, it causes the movement of electric charges within the material. This movement generates heat and light, which can impact the object's temperature or produce electromagnetic fields. The specific outcome depends on the properties of the object and the amount of electricity flowing through it.
You can determine if the current in a solenoid is turned on by using a multimeter to measure the voltage across the solenoid or the current flowing through it. Additionally, if the solenoid is energized, you may feel a magnetic field around it, which can be tested with a small ferromagnetic object that will be attracted to the solenoid when current is present. Lastly, if the solenoid is part of a circuit with an indicator, such as a light or LED, it will illuminate when current flows.
The object is called a power source, such as a battery or a generator, which provides the energy needed to move current through a circuit.