An atom contains 3 particles-protons(positive charges), neutrons(no charge), electrons(negative charge)...When an atom looses an electron, the proton number stays the same. As a result, the proton number exceeds the electron number. This gives rise 2 a positively charged atom(cation). On the contrary, when an atom gains an electron, the proton number remains the same. As a result, the the electron number exceeds the proton number which gives rise to the formation of a negatively charged atom(anion)....If u want more information, see me on facebook...Jeffery MixedRace Osei..
An atom becomes more positive when it loses an electron because electrons carry a negative charge. When an atom gains an electron, the atom becomes more negative.
An atom becomes a positive ion by losing electrons, resulting in more protons than electrons. This creates a net positive charge. An atom becomes a negative ion by gaining electrons, leading to more electrons than protons. This creates a net negative charge.
The stability of the positive ion depends on the atom which removes the electron. As an example, when a sodium atom becomes positive, it is highly stable, on the contrary, when a chlorine atom becomes positive, it is highly unstable.
An atom becomes positive when it loses an electron, as electrons are negatively charged particles. When an atom loses an electron, it becomes a positively charged ion.
If it loses an electron (negative charge) it becomes positive.
An atom becomes more positive when it loses an electron because electrons carry a negative charge. When an atom gains an electron, the atom becomes more negative.
An atom becomes a positive ion by losing electrons, resulting in more protons than electrons. This creates a net positive charge. An atom becomes a negative ion by gaining electrons, leading to more electrons than protons. This creates a net negative charge.
Yes, that is correct. When an atom loses an electron or more, it becomes positively charged because it now has more protons than electrons. This creates an imbalance in positive and negative charges, resulting in a positive ion.
The stability of the positive ion depends on the atom which removes the electron. As an example, when a sodium atom becomes positive, it is highly stable, on the contrary, when a chlorine atom becomes positive, it is highly unstable.
An atom becomes positive when it loses an electron, as electrons are negatively charged particles. When an atom loses an electron, it becomes a positively charged ion.
If it loses an electron (negative charge) it becomes positive.
Positive ion
An atom has three charges: protons which are +, electrons which are - and neutrons which have neither. They balance each other out. If electrons are lost, the atom now has more protons and the atom becomes positive.
If an atom loses an electron (electrons are negative), the atom becomes 'less negative' which means 'more positive'. Atoms are normally neutral (no charge), so losing one electron gives it a positive charge. When an atom has a charge it is called an ION. So the atom becomes a Positively Charged Ion.
A positive ion can become a neutral atom by gaining electrons. When a positive ion gains one or more electrons, it becomes neutral because the negative charge of the electron(s) cancels out the positive charge of the ion.
A neutral atom becomes a positive ion when it loses one or more electrons. This loss occurs because the atom's electron cloud is disrupted, often due to energy input, such as heat or light, or through chemical reactions. As a result, the atom has more protons than electrons, giving it a net positive charge.
A neutral atom becomes a positive ion by losing one or more of its electrons. This process occurs when the atom gains enough energy to overcome the attractive force between the negatively charged electrons and the positively charged nucleus. As a result, the atom has more protons than electrons, leading to a net positive charge and forming a positive ion.