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Coin toss cleared election in Peru

There was suspense prevailing, as the final result was not entirely clear. If it were not so, there would need to be a flawless solution.  Finally, there was a way out on which both parties fully settled at the crucial moment. Whatever was thought out was certainly an ideal solution in that situation. When the recorded votes did not bring any perfect conclusion, it was firmly decided to take up a fresh, solemn decision.  It was definitely a well-tested open coin toss. When the idea was finalised, they concluded with their intense curiosity for the ultimate result. Reportedly, both the candidates received exactly a similar number of votes. So there was no other suitable way than to carry on with the quite practical, tried-and-tested toss formula.  It was reportedly the result of the mayoral election in Peru.  Of course. It was a practised option and more often considered respectful in all the possible ways. It was declared that both the candidates got as many as 671 v...
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Electrons shock


The moment she touched the baby to help her slide comfortably, she was shocked by an unreal electric current thereby leaving her hold quickly. 

This sudden electric current shock was so swift that it undeniably perturbed her. As a result, she did not muster courage again to assist the baby in her sliding attempt.

This is not the case with one person but most often others have spoken of such unlikeable experiences by this sort of shock in their daily lives.

The pertinent question now arises why does such electric shock occur? 

When a person or object has more electrons, it creates a negative charge. 

In this way, these electrons are attracted towards the positive electrons of some other object or person and sometimes the shock we feel is the result of the rapid movement of these electrons.

Most of the time, an atom remains neutral i.e. both the number of protons and electrons are equal. 

However, when the protons and electrons in an atom are in odd numbers, the electrons get excited. 

Protons and neutrons do not move around and mostly electrons bounce.

At last, the cause behind such shocks gets cleared in the easiest possible way. Perhaps we would all be avoiding touch more if shock continues. 

However, we remain definitely cautious of the shock factor and also take caution on this kind of reaction.

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