Question

Why is a capacitor called a condenser?

Answer 1

Hint:A capacitor (sometimes called a condenser) is a two-terminal passive electrical component that stores energy electrostatically in an electric field. Practical capacitors come in a variety of shapes and sizes, but they all have at least two electrical conductors (plates) separated by a dielectric (i.e., insulator). Thin metal films, aluminum foil, or discs, for example, can be used as conductors.

Complete step by step solution:
Initially, the capacitor was known as a condenser. It was given the name "condenser" because it was supposed to compress the electric charge. The amount of charge it could carry at a given voltage was referred to as "capacity." This word was popular until the $$1960$$s.
Brief explanation:
The capacitor absorbs a lot of voltage at low electrical pressure, just like the condenser (a word for capacitors that was first used in the $$1780$$s) absorbs a lot of low-pressure steam. Because the working theme of the two is identical, a capacitor is used. Days are sometimes referred to as a capacitor.
When water condenses, it indicates Condensation is the process of converting liquid water to a vapor form. Similarly, when a charge is transferred from a battery to a capacitor, it is stored as a compressed electric field. The capacitor is sometimes known as the capacitor because of this.
Because it retains more electrical energy than the same element used as an insulator or insulated conductor, the passive element is called a capacitor. We should also avoid using the term capacitor because it conjures up images of a steam or water condenser.
It's essentially a driver's arrangement. Capacitors and capacitors are charge-storage components used in electrical circuits. As a result, the primary distinction between capacitor and capacitor is that capacitor is a newer term, whereas capacitor is an older one.
A capacitor is an excellent analog for a device capable of collecting a lot of charge at low electrical pressure because it absorbs vast volumes of vapor at extremely low pressure.
Van Mussenbrock, a Dutch physicist, invented the capacitor in $$1746$$. Because it was first produced with a glass jar filled with water, it was dubbed the Leyden jar. As a result, the pot was energized by static electricity. This pot was able to hold a large amount of electric charge in a little amount of space. It's named a condenser because it performs the same function as a "mechanical condenser," which reduces a huge vapor to a smaller volume of liquid. If the capacitor was once known by a different name, it is now a term that everyone uses.
The circuit properties of a capacitor and a capacitor are the same. The term capacitor, on the other hand, is associated with transient direct current absorbers (e.g., backpressure steam turbines), whereas the term capacitor is associated with frequency (e.g., resonance boxes in musical instruments) in AC / signal circuits. Perhaps the name capacitor comes from electrostatics, where the charge dispersion tends to concentrate/condense due to "point action," but the total charge (capacity) is proportional to the Plate surface.

Note:The term capacitor was first used to describe a device that was designed to condense electric charge and the amount of charge it could keep at the rated voltage of its capacitance. Until the $$1960$$s, this word was in usage.
It was determined to master the terms $$r,l,\text{ and }c$$, therefore the term capacitance was coined to go along with resistance and inductance. Similarly, the capacitor has been added to complement the resistor and inductor. Until recently, some older folks referred to it as a capacitor.