I can't find this answer in my book but can someone tell me if its right please? When you remove electrons from a metal cup, the cup becomes: negatively charged - positively charged or ionized? I think it is negatively charged. Thanks
umm it will be ionized because electrons have a bit of both sum positive and some negative and so kind of like neutrally ionized but i am not sure so like about 52%
The cup becomes positively charged and I know this 100% the right answer.
To determine whether the cup becomes negatively charged, positively charged, or ionized when electrons are removed from it, let's consider the concept of electrical charge and the process of removing electrons from a metal.
When electrons are removed from an object, it results in an excess of positive charge relative to the negative charge. This excess of positive charge is referred to as positive charge or a positive electric charge. Therefore, when electrons are taken away from the metal cup, it becomes positively charged, not negatively charged.
Ionization, on the other hand, refers to the process of transforming an atom or molecule into an ion by gaining or losing electrons. Consequently, the term "ionized" is not directly applicable in this scenario as the metal cup, by itself, cannot undergo ionization. Ionization typically occurs in gases or when a substance is in a different state of matter.
In summary, if electrons are removed from a metal cup, the cup becomes positively charged rather than being negatively charged or ionized.