Yes, minerals can crystalize when magma melts.
melts as fast as it moves.
The ground ice melts.
As an incandescent light bulb is used, tungsten slowly evaporates from the filament causing it to get thinner. When it gets too thin it can no longer carry the current and part of it melts causing the bulb to blow out.
moose tracks or cookie dough they are the same
That's called a fuse.
A fuse is an electrical safety device that contains a piece of metal that melts when the current flowing through it becomes too strong. This melting of the metal breaks the circuit and prevents overheating of the electrical system.
A Fuse
It is a fuse, a piece of metal wire, usually in a glass tube, that can only just carry the maximum allowed current. A current greater than the maximum allowed will melt the wire.
A fuse is an electric safety device that easily melts in response to overheating or overloading in the circuit. When a fuse melts, it breaks the circuit and cuts off the power supply to prevent further damage or risk of fire.
The safety device you are referring to is called a fuse. Fuses are designed to interrupt the flow of electrical current when there is an overcurrent or short circuit, by melting the metal filament inside the fuse. This helps protect the circuit and prevent damage to the components.
Fuse
A device consisting of a thin wire that melts to break circuit is a fuse. Once an outlet is giving out more electricity than its used to it melts which stops the current from flowing. The best thing to do if that happens is unplug the devices in the outlet and put in a new fuse
A fuse is a piece of thin wire in a small fireproof container, and current flows through it on the way to the appliance. If there is a fault in the appliance and too much current starts to flow, the fuse-wire melts and stops the current, and it stops any possible fire that the excess current could cause. So a fuse is an important safety device.
You're talking about a "fuse". The fuse doesn't know anything about "short circuit" or "overload". It only knows that the current through it has exceeded its rated value, but nothing about how or why that occurred.
In electrical engineering, a safety device that protects electric circuits from the effects of excessive electric currents. A fuse commonly consists of a current-conducting strip or wire of easily fusible metal; whenever the circuit is made to carry a current larger than that for which it is intended, the strip melts to interrupt it.
The device you are referring to is a fuse. It is designed to protect electrical circuits by breaking the circuit when the current exceeds a safe level, thus preventing damage to the device or overheating. Fuses can be easily replaced once they have blown.