· An electric bulb has partial vacuum. When broken, air rushes into the void causing a loud noise.
Because it contains glass, which makes a sound when it's broken.
It will make a clingy noise.
To safely remove a broken light bulb using a broken light bulb extractor, follow these steps: Ensure the power is turned off to avoid electric shock. Carefully insert the broken light bulb extractor into the socket. Twist the extractor counterclockwise to grip the broken bulb. Slowly and gently turn the extractor to remove the broken bulb from the socket. Dispose of the broken bulb properly and replace it with a new one.
If the switch is in the off position, the circuit will be broken and the electric current can't flow to the bulb, so the bulb will not light up.
To safely and effectively remove a broken light bulb using a broken light bulb remover tool, follow these steps: Ensure the power is turned off to avoid electric shock. Use protective gloves and eyewear to prevent injury from glass shards. Insert the broken light bulb remover tool into the socket and twist it counterclockwise to grip the bulb base. Carefully turn the tool and the bulb base together to unscrew and remove the broken bulb. Dispose of the broken bulb properly and replace it with a new one.
To safely remove a broken bulb using a broken bulb extractor, first turn off the power to the fixture. Carefully insert the extractor into the broken bulb base and twist it counterclockwise to remove the base from the socket. Dispose of the broken bulb and base properly.
Light bulbs have most of the air removed, that is there is a partial vacuum inside the bulb. So, when they break atmospheric pressure pushes the on the glass where it is weakened and air rushes somewhat violently into the bulb.
You probably have a bulb going bad. The filament in the bulb is broken and sometimes it makes contact and sometimes it doesn't.
a bulb is light bulb
A bulb doesn't work when the filament inside is broken because the filament is the component that allows electric current to flow through the bulb. When the filament breaks, it creates an open circuit, preventing electricity from completing the path and reaching the light-emitting part of the bulb. Without the flow of current, the bulb cannot produce light.
Electricity through a thin wire (filament) makes it glow, which is prevented from burning through the wire by gas inside the bulb.
You'd surely burn your hand ! But no electric shocks!