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What a safety device that melts if the current is too big?
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.
What is he safety device that melts if yhe current is too big?
That's called a fuse.
If a current get too big and melts a wire what is it called?
If a current gets too big and melts a wire, it is called an overload. This can happen if the amount of current flowing through the wire exceeds its rated capacity, causing it to overheat and melt. It is important to use properly rated wires and circuit breakers to prevent overloads.
What are the examples of of processing device?
Processor is a big example of process device
What is white and big doesn't melt doesn't burn and moves?
a drum
How did icing get its name?
Well, its big chunks of ice and does not melt for ages.
What deegrees does water melt?
well, water can't technically melt. the solid form for water melts depending on how big the soild is. it would probably take about 75 degrees to melt ice.
Why is the big swirl closed in hesperia?
The Big Swirl in Hesperia may be closed due to maintenance work, safety concerns, or changes in ownership. It's advisable to contact the establishment directly for information regarding its current status and reopening date.
How big of a black hole will there be when the sun dies?
we will not be able to know since the sun will grow as big to literally melt the earth.
Was the safety theory plausible?
Yes, the safety big bang theory is plausible.
What is the current drawn by the motor if it is connected to a 240V supply?
The motor might be a big one or a small one. A small one takes a little current, a big one takes a big current.
What electrical device is named for tesla that emits electrical discharges?
The Tesla coil is an electrical device invented by Nikola Tesla that is used to produce high-voltage, low-current, high frequency alternating-current electricity. It is known for emitting electrical discharges in the form of arcs, sparks, and lightning-like effects.
