Respuesta :
Electromagnetic waves do, in fact, carry linear momentum and energy. It is assumed that pressure is applied to the surface and that some substance absorbs this momentum.
What is an electromegnetic wave?
EM waves are another name for electromagnetic waves. Electromagnetic radiations are made up of electromagnetic waves created when an electric field collides with a magnetic field.
Electromagnetic waves may alternatively be defined as the combination of oscillating electric and magnetic fields. Maxwell's equations are solutions to electromagnetic waves.
Electrically charged particles experiencing acceleration create electromagnetic waves, which can then interact with other charged particles and exert force on them.
In light source 2 the particle is electrically charged and accelerates the electromagnetic wave. Hence Electromagnetic waves are the type of waves emitted from the light source.
(A)Electromagnetic waves transport linear momentum.
Electromagnetic waves do, in fact, carry linear momentum and energy. It is assumed that pressure is applied to the surface and that some substance absorbs this momentum.
We may deduce from this article that the electromagnetic wave strikes the surface at normal incidence and transmits maximum  energy to the surface for time t.
The maximum momentum p imparted to the ground will have a magnitude if the surface consumes all of the incident energy during this period, according to Maxwell.
2.No, an electromagnetic wave does not move an object's mass from one location to another.
3. Yes, photons make up light, which is an electromagnetic wave. Photons have a mass and thus a momentum as they travel.
Photons make up light, which is an electromagnetic wave. Photons have a mass and consequently a momentum as they travel. Force is determined by the rate of change of momentum following a collision.
Now, we can calculate pressure by dividing force by area. As a result, photons (light) exert pressure on things. The intensity of light is affected by the degree of pressure,
Which varies depending on whether the light is entirely mirrored, refracted, reflected, or partially reflected.
4.Yes, Electromagnetic waves transport energy from one region of space to another, can exert pressure on an object, and transport linear momentum.
Hence Electromagnetic waves do, in fact, carry linear momentum and energy.
To learn more about the electromagnetic wave refer to the link;
https://brainly.com/question/8553652
