# Why is it advised not to join the wires connected to the two terminals of the electric cell?

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Because if you connect both terminals without “an appliance” in between them to form a circuit, then the cell will produce the highest electrical current which it can provide and such uncontrolled release of energy may cause either the cell to overheat, or the wire you use to connect cell’s terminals to overheat.

## Why should we not join the wires connected to the two terminals of the electric cell?

Answer: An electric cell produces electricity from chemicals stored inside it. … We should never join the wires with two terminals of the electric cell. If we do so, the chemicals in the electric cell get used up very fast and the cell stops working.

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## Why should you never connect a wire from one end of the battery to the other end?

If you connect a wire between the two terminals, the electrons will flow from the negative end to the positive end as fast as they can. This will quickly wear out the battery and can also be dangerous, particularly on larger batteries.

## What happens if the two terminals of a battery are connected by a wire Why?

Connecting the two terminals of a battery is a bad idea. If done simply through a wire, would cause heavy current to flow through the battery. This current would heat up the battery and reduce battery life or might even discharge the battery depending upon the time for which the connection sustains.

## What will happen if you will join the two terminals of the cell directly?

Q1: What will happen if we join two terminals of electric cell directly through a wire? Ans: If we join two terminals of electric cell directly through a wire, the chemical in an electric cell get used up very fast and the cell will stop working.

## What will happen if you connect both the ends of connecting wires to the same terminal of a cell in a simple electric circuit?

Answer: The bulb will glow only if the wire connecting it and the two terminals forms a complete loop. … If both the terminals of the bulb are connected to the same terminal of the cell, then the bulb will not glow, as in figure (c).

## What may happen if we handle electricity carelessly?

If electric wires and electrical appliances are handled carelessly, then a person can get electric shock which may cause severe burns and even death. Improper handling of electricity can also cause fires.

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## What happens if you connect positive and negative together?

Connecting one battery positive terminal to the other’s negative will cause a great surge of electric current between them. The batteries will then begin heating and a lot of hydrogen will be produced from a series of chemical reactions. This is even worse for lead-acid batteries that are the most common.

## What happens if positive and negative wires touch?

Originally Answered: What happens if positive and negative wires touch? You will get a short circuit which will blow the fuses or circuit breakers. It could also cause a fire. Many people have lost their lives due to a short circuit of mains voltage.

## What happens if you put a wire from the positive to the negative end of a battery?

If you connect a wire between the two terminals, the electrons will flow from the negative end to the positive end as fast as they can. This will quickly wear out the battery and can also be dangerous, particularly on larger batteries.

## What happens if you connect the jumper cables wrong?

When the jumper cables are incorrectly connected, the polarity of the electrical system on the vehicle with the dead battery will be reversed for a few seconds. This can irreparably damage many of the sensitive electronic components that are common on today’s vehicles, such as on-board computers and electronic sensors.

## What happens to the charge if the wires are removed from the battery and connected to each other?

What happens to the charge if the wires are removed from the battery and connected to each other? If the wires to the battery are disconnected, the charge remains on the plates — and the voltage across the plates remains the same. … Then there will be no voltage across the capacitor nor any charge on the plates.

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