Question

Від краплі води із зарядом -9e відділилася маленька крапля із зарядом 8e ? ​

Answer 1

Ответ:
и остался в капле один лишний электрон. Т.е. ее заряд стал 1е. Отрицательный заряд.
Объяснение:

Answer 2

Electric Charge Transfer in Water Droplets

When a droplet of water with a charge of -9e separates from a larger droplet with a charge of +8e, it's important to consider the principles of electric charge transfer and the behavior of charged particles.

The transfer of electric charge in this scenario can be explained by the concept of electrostatic forces. According to Coulomb's law, opposite charges attract each other, while like charges repel. When the droplets separate, the transfer of charge occurs due to the repulsion between the like charges and the attraction between the opposite charges.

The process of charge transfer in water droplets can be further understood by considering the behavior of electrons and protons within the droplets. Electrons carry a negative charge, while protons carry a positive charge. When the droplets separate, the excess electrons or protons are transferred, resulting in the creation of two droplets with different net charges.

In summary, the separation of a small droplet with a charge of -9e from a larger droplet with a charge of +8e involves the transfer of electric charge due to the repulsion and attraction forces between the like and opposite charges, leading to the creation of two droplets with different net charges.

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