its caused by the magic forces.... its really complicated... you learn it when you go to jail.
If you mean if a regular household hot glue gun can be run off a car battery, then - no. the voltage is too low for it to heat up enough to activate the glue properly.
In general, battery is source of electricity and not the heat source. However, for common use of battery, battery can be a heat source though it is not intended to be. It is because the flow of electrical current through resistance would give out heat. If your battery heat up without cause then it is suspected for the short-circuit. Over charging or oversupply of electricity would also cause the battery heat up.
Connecting a battery charger backwards to a battery will likely kill the battery, depending on how long the power is attached.
You can supercharge a magnet by coiling a metal wire around a magnet then hooking both ends of the wire to a battery. Make sure the wire can conduct electricity and the more coils around the magnet, the better.
No, because they are both attached to the same thing.
first you need a led light (like on Christmas lites), a 3 volt battery, tape and a magnet first slide the battery in between the wires on the led light the long wire should be on the positive side of the battery. then put tape around the light and battery. Finally put the magnet on the positive side of the battery.
It could explode.
At the bottom of the Bakugan there is a small piece of metal attached to the mechanism that keeps the Bakugan shut. When it is pulled down by the magnet, it releases, causing the Bakugan to open.
A hot magnet's strength typically decreases as it heats up because heat disrupts the alignment of its magnetic domains. In contrast, a cold magnet usually has stronger magnetic properties because the lower temperature helps maintain domain alignment.
If the alligator clip from the test light is attached to the negative post of the battery it will light up whenever the probe end touches a positively charged circuit and likewise if the alligator clip is attached to the positive terminal of the battery the test light will light up when the probe end touches a negatively charged circuit
To hook up jumper cables, attach one cable from the negative post on one battery to the negative post on the other battery. (These usually are marked "-" and have a blacl cable attached to them.) Attach the other jumper cable from the positive post on one battery to the positive post on the other battery. (These usually are marked "+" and have a red cable attached to them.)
Not by heating up the battery directly. In theory, the heat source could be used to make electricity and then use the electricity to charge the battery