A parallel connection of several lamps in a home allow you to control each lamp independently with switches. How is this possible?

In parallel, each switch controls each lamp. In series any switch controls all of the lamps.

A parallel connection of several lamps in a home allows you

to control each lamp independently with switches. How is this
possible?

The ability to control each lamp independently with switches in a parallel connection is made possible by the unique behavior of parallel circuits.

In a parallel circuit, the electrical components (in this case, the lamps) are connected side by side, providing distinct paths for electrical current to flow. Each lamp in the circuit is connected across the same voltage source, such as a power outlet in a home.

Here's how it works:

1. Power Supply: The lamps are connected to a power supply, which is typically the main electrical source in a home, such as an electrical panel or a power outlet.

2. Parallel Connection: Each lamp is connected across the power supply in parallel. This means that each lamp has its own separate path to the power supply, independent of the other lamps. The positive terminal of each lamp is connected to the positive terminal of the power supply, and the negative terminal of each lamp is connected to the negative terminal of the power supply.

3. Switches: A separate switch is installed in series with each lamp. When the switch is closed (turned on), it completes the circuit for that particular lamp, allowing current to flow through that lamp and illuminate it. Conversely, when the switch is open (turned off), the circuit is interrupted, preventing the current from flowing and thus turning off the lamp.

By wiring the lamps in parallel and installing individual switches for each lamp, you can control each lamp independently. This setup allows you to turn on or off each lamp without affecting the others, providing flexibility and convenience in controlling the lighting in your home.

Tbh this was the hardest question to answer