Rubidium (Rb) typically has a positive charge. As an alkali metal in Group 1 of the Periodic Table, it readily loses one electron to achieve a stable electron configuration, resulting in a +1 charge (Rb⁺) when it forms ions. In chemical reactions, rubidium usually participates as a cation.
The object would have a negative charge. Negative particles, such as electrons, carry a negative charge when they outnumber the positive particles, such as protons.
The object would have a negative charge if it has more negative particles than positive particles. This is because the excess negative particles result in an overall negative charge.
A negative for electrons would be an excess of electrons creating an imbalance in charge, leading to potential discharge or electrical instability. A positive for protons would be their contribution to the positive charge of the nucleus, providing stability and forming the basis of chemical bonds.
When Rubidium (Rb) has an atomic number of 37, it has one electron in its outermost shell. By losing this single electron, Rubidium forms a cation with a charge of +1. Therefore, the charge of the Rubidium ion would be +1, commonly represented as Rb⁺.
No. An 'atom' can not have more electrons than protons because, by definition, an 'atom' is electrically neutral. If an 'atom' loses or gains an electron, it becomes an 'ion' and is electrically charged. An 'ion' with more electrons than protons will be NEGATIVELY charged because electrons carry negative charge.
If rubidium (Rb) loses 1 electron, it will have a charge of +1 because it is losing a negative electron, resulting in a positive charge.
it would have a negative charge
The object would have a negative charge. Negative particles, such as electrons, carry a negative charge when they outnumber the positive particles, such as protons.
Since protons have a positive charge and electrons have a negative charge, an atom with more protons than electrons would have a positive charge. Note that an atom with this kind of imbalance is known as an ion.
Positive and negative charges would have not effect on an object without charge.
The object would have a negative charge if it has more negative particles than positive particles. This is because the excess negative particles result in an overall negative charge.
positive charges
A negative for electrons would be an excess of electrons creating an imbalance in charge, leading to potential discharge or electrical instability. A positive for protons would be their contribution to the positive charge of the nucleus, providing stability and forming the basis of chemical bonds.
none. they would explode if there were no positive with negative charges
+2. It is called a cation because it has a positive charge. A proton has a positive charge and an electron has a negative charge. A neutron has no charge.
The nucleus of an atom has a positive charge. This is because the nucleus contains both protons, which have a positive charge, and neutrons, which have no charge. The electrons, which have a negative charge are found in the electron cloud surrounding the nucleus.
If an atom has 3 positive charges (protons) and 4 negative charges (electrons), the 3 positive charges would "cancel out" 3 negative charges, with one negative charge left over. So the atom would have a charge of -1.