Electrical energy in the form of electric current passing in the vicinity of magnetic field would create a mechanical rotation in the coil. So conversion of electrical into magnetic energy. Magnetic interaction brings out mechanical energy
Yes, magnetic fields can store energy. Energy can be stored in a magnetic field when current flows through a conductor, creating the field. This stored energy can be used to do work when the magnetic field collapses, inducing a current in a nearby conductor.
Charges carry energy because of their electric potential energy, which is the energy associated with the position of a charge in an electric field. When charges move in an electric field or in a circuit, they do work by transferring this energy, leading to the flow of electrical energy.
It is not possible to store electric energy without any loss due to factors such as resistance in wires and energy conversion inefficiencies. However, advancements in battery technology and energy storage systems have enabled more efficient storage of electric energy.
No, electric and magnetic fields do not always form closed loops. Electric fields start and end on positive and negative charges, while magnetic fields form closed loops around a current-carrying conductor.
Electrical energy in the form of electric current passing in the vicinity of magnetic field would create a mechanical rotation in the coil. So conversion of electrical into magnetic energy. Magnetic interaction brings out mechanical energy
Yes, magnetic fields can store energy. Energy can be stored in a magnetic field when current flows through a conductor, creating the field. This stored energy can be used to do work when the magnetic field collapses, inducing a current in a nearby conductor.
Light is a type of electromagnetic radiation because it consists of oscillating electric and magnetic fields. When an electric field changes in intensity, it generates a magnetic field, and vice versa. This interplay creates a self-propagating waveform of energy which we perceive as light. Although light itself is not magnetic, it is intimately connected with magnetic fields through this electromagnetic phenomenon.
yes
there is no such thing my dear chap
Electromagnetic waves are a combination of electric and magnetic fields that propagate through space. They carry energy and can vary in strength depending on factors like frequency and amplitude. On the other hand, "regular" magnetic waves may refer to static magnetic fields which do not propagate like waves. It is not accurate to compare the strength of electromagnetic waves with regular magnetic waves as they represent different phenomena.
There is no such thing as 'electric power'. Power is simply a rate: the rate at which energy is expended.
Charges carry energy because of their electric potential energy, which is the energy associated with the position of a charge in an electric field. When charges move in an electric field or in a circuit, they do work by transferring this energy, leading to the flow of electrical energy.
No. Solar and electric are two different types of energy. The only thing that can produce solar energy is the Sun.
Light waves transfer energy and information. Energy is transported through the oscillation of electric and magnetic fields in the form of photons, while information is carried through characteristics such as wavelength, frequency, and direction.
The term "electric energy" does not have an antonym. It seems the Antonym Phantonym is back! There may be several alternates to a thing, but if that is the case none of the alternates are called antonyms. They are alternates.
It is not possible to store electric energy without any loss due to factors such as resistance in wires and energy conversion inefficiencies. However, advancements in battery technology and energy storage systems have enabled more efficient storage of electric energy.