An electrically polarized object typically does not have a net charge. It has an overall neutral charge, but the charges within the object are separated, creating regions of positive and negative charge, leading to an electric dipole moment.
The object with zero charge is electrically neutral.
When an object is electrically polarized, it means that the charges within the object have been rearranged in such a way that one side of the object becomes more positively charged while the other side becomes more negatively charged. This creates an electric dipole moment within the object.
An object without a charge is called electrically neutral.
An object becomes electrically charged when it gains or loses electrons. Gaining electrons gives the object a negative charge, while losing electrons gives it a positive charge. This imbalance of electrons creates an electric charge on the object.
The object is electrically neutral when protons and electrons are evenly distributed, as they cancel each other out. This means the object has no overall charge.
It will still have a electrical charge.
The object with zero charge is electrically neutral.
When an object is electrically polarized, it means that the charges within the object have been rearranged in such a way that one side of the object becomes more positively charged while the other side becomes more negatively charged. This creates an electric dipole moment within the object.
An object without a charge is called electrically neutral.
Hook it up to a battery.
by gaining or losing electrons.
An object becomes electrically charged when it gains or loses electrons. Gaining electrons gives the object a negative charge, while losing electrons gives it a positive charge. This imbalance of electrons creates an electric charge on the object.
The object is electrically neutral when protons and electrons are evenly distributed, as they cancel each other out. This means the object has no overall charge.
Before an impulse is received, a resting neuron is polarized with different charges on either side of the cell membrane. The exterior of the cell is positively charged with a larger number ofsodium ions present compared to the interior of the cell. The interior of the cell is negatively charged since it contains more potassium ions than the exterior of the cell. As a result of the differences in charges, an electro-chemical difference of about -70 millivolts occurs.IT means that electrical charges on the outside of the membrane is positive while inside is negative
When an object is charged by induction, it becomes polarized due to the redistribution of charges. The object does not gain or lose a net charge, but develops regions of positive and negative charge. If the inducing object is removed, the polarization disappears.
When an object becomes electrically charged, the result is a transfer of electrons. Excess electrons on the object cause it to become negatively charged, while a deficit of electrons results in a positive charge.
If an object has an unequal number of protons and electrons, then the object becomes electrically charged. An object that is positively charged has more protons than electrons.