yes
Electric current is generated when free electrons move through a conducting material, such as a wire, in response to an electric field. This movement of electrons creates a flow of charge, which we perceive as an electric current. Various methods, such as chemical reactions in batteries or electromagnetic induction in generators, can be used to create this initial electric field and drive the movement of electrons.
A changing magnetic field produces an electric current, so yes. This is true.
It is impossible to separate the two. The voltage determines the magnitude of the current, and the current causes the damage. So, they are both responsible for electric shock.
Actually your eardrum does not have electric current and in which it only uses sound so if you get an electric shock it does not harm your ear drums.
the electric current is generated by the electric field. thus by the left hand rule when current is passed through a conductor a magnetic field is generated around it so that it is a similar act of a magnet. thus it seems to be a magnet.
In order to change an electric current, you must first change the conductor, doing so will change the flow of atoms which will change the electrical discharge.
Electric current in a coil can induce magnetism in an iron nail,place near the coil.when the electric current is cut off the magnetism in the iron nail disappears.the magnetism in the nail exist so long as there is electric current in the coil.this is an electromagnet.
Electric current is the movement of charge around a circuit and so cannot really be stored, however, the energy which it carries is stored in most things.
Sugar (sucrose) is a material that dissolves in water but does not conduct electric current. Sugar molecules do not ionize in water, so the solution does not carry electric charge.
Wires
resistors and capacitors are used in order to create a path for the current , for the resistivity of the current , for the storage of the current.AnswerResistors don't just 'resist' electric current, they create a predictable change in voltage (electric potential) from one side to the other, so they can be used to adjust the expected voltage level at each point in a circuit.In an electric circuit with an unchanging current and voltage, capacitors simply store current and wait for something to change.In the more common electronic case of a circuit with voltage fluctuations, each capacitor is effectively a high-pass filter -- it permits quickly-fluctuating voltages to pass through, but reduces or stops slowly-fluctuating voltages.
When an electric current passes through steel, it creates a magnetic field within the steel. This magnetic field aligns the magnetic domains in the steel, causing it to become a permanent magnet. The alignment of the magnetic domains allows the steel to retain its magnetism even after the electric current is removed.