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How is negative charge distributed in the atom according to Thomson's model?
Just as seeds in a watermelon electrons are embedded in a positive ball
What electrons are responsible for the movement and storage of electrical charges?
Valence electrons are responsible for the movement of electrical charges in conductors. Electrons in the outermost energy level of an atom are free to move around and conduct electricity. Electrons can be stored in batteries as part of chemical reactions involving redox processes.
What charges are free to move in conducting circuits?
Generally electrons, in metal. Specifically loosely-bound electrons from the outer orbital. Or holes, in p-type semiconductor. Or ions, in conducting liquid like battery acid. Or electrons, in a cathode-ray-tube.but i conclude it would be electrons. OR Q-which charges are more free to move in a conductor. A-electrons
What flows from atom to atom to make electricity?
In metals, electricity flows through the movement of free electrons from atom to atom. These electrons can move easily through the material, creating an electric current.
Which subatomic particle is free to move?
Electrons are free to move within an atom and between atoms, making them the subatomic particles that can easily move. Electrons are negatively charged and are responsible for the flow of electric current in conductive materials.
How is negative charge distributed in the atom according to Thomson's model?
Just as seeds in a watermelon electrons are embedded in a positive ball
What electrons are responsible for the movement and storage of electrical charges?
Valence electrons are responsible for the movement of electrical charges in conductors. Electrons in the outermost energy level of an atom are free to move around and conduct electricity. Electrons can be stored in batteries as part of chemical reactions involving redox processes.
Why charge always reside on outer surface?
Because in a conductor charges are free to move and since like charges repel each other they move as far as they can from each other, which is the surface.
Where does charge reside in a conductor?
Any material has electrical charges. A conductor will usually not have more or less charges than a non-conductor. The relevant charges - often electrons - are simply relatively free to move around.
What charges are free to move in conducting circuits?
Generally electrons, in metal. Specifically loosely-bound electrons from the outer orbital. Or holes, in p-type semiconductor. Or ions, in conducting liquid like battery acid. Or electrons, in a cathode-ray-tube.but i conclude it would be electrons. OR Q-which charges are more free to move in a conductor. A-electrons
How do metallic substances facilitate current flow?
Metallic substances have free electrons, which can move from atom to atom, transferring a charge.
When this part of an atom moves to another atom the losing atom has what charge?
Positive. The only (typical) parts of atoms that move are electrons which have a negative charge; therefore, if a neutral atom loses an amount of electrons (negative charges), the atom has more positive charges (from the protons) than negative charges which makes the atom positively charged overall.
How do two electrons interact with each other in an atom?
Two electrons in an atom interact with each other through their negative charges. They repel each other due to their like charges, causing them to move around the nucleus in specific energy levels or orbitals.
Electrons can move from atom to atom.?
elecron can move from atom to atom... yes
Which part of an atom is free to move?
Electrons are the part of an atom that are free to move. They orbit the nucleus in specific energy levels or shells and can be shared or transferred between atoms, allowing for the formation of chemical bonds.
Inside solid electrical conductors electricity flows when?
Free electrons move toward positive charges
What flows from atom to atom to make electricity?
In metals, electricity flows through the movement of free electrons from atom to atom. These electrons can move easily through the material, creating an electric current.
