One way to describe electricity to a lay person is that of a large vat full of water with a spigot at the bottom. The water in the vat represents the voltage potential of the source of the electricity. The amount the spigot is open represents the resistance and the flow of water out of the spigot represents current flow. As you open the spigot more the resistance decreases and the potential (the water) is depleted over time.
In this example you could say that the potential was somewhat analogous to mass in a physical sense.
Analog signals are transmitted as electrical waves.
Electrons carry electricity within an atom.
With analog and digital signals.
In the water analogy for electricity, the analog for charge is the amount of water flow, which represents the flow of electric current. Just as charge carries electrical energy in a circuit, the amount of water flowing represents the transfer of energy in the water analogy.
Maybe
The rotational analog of mass is moment of inertia. It represents the resistance of an object to change in its rotational motion and depends on the distribution of mass around the axis of rotation.
electrical pulses but not continuous
Analog signals are transmitted as electrical waves.
Electricity its self has no mass. It is the movement of electrons which create electricity and only these electrons have mass. It is like asking if the wind has a mass. If a tidal wave crashes into your boat, it won't do any damage, tidal waves have no mass. A tidal wave itself has no mass, water has mass, a tidal wave is just the movement of water. Stick your finger in an electrical socket and tell me it doesn't have any mass. Of course electricity has mass, of course water has mass. An electron has the mass of 9.10956 x 10 -31 kg. You would have to multiply that by the amount of electricity you have, and it can be stored (battery, capacitor). A fully charged battery weighs more than an empty (dead) battery. Electricity is a force and the equation of force (F), F=m(mass)xa(acceleration), therefore electricity has mass.
In electrical engineering and computer science, analog image processing is any image processing task conducted on two-dimensional analog signals by analog means (as opposed to digital image processing).
Yes, a light switch is considered an analog device because it operates using a simple mechanical mechanism to complete or break an electrical circuit. It allows for continuous control of the flow of electricity, rather than using discrete digital signals. When you toggle a light switch, it does not process information in binary form but rather adjusts the electrical connection in a straightforward, variable manner.
pressure tenmitter