Primary cells can't be recharge.
Secondary cells are rechargable.
Primary can't be recharged, secondary can be recharged.
the primary wall can still grow with the cell, while once the secondary wall is created the cell can no longer grow. Even after the cell dies, the secondary wall will remain.
The major advantage is the a secondary cell is rechargeable, and in the long run, may not cost at much as constantly replacing a primary cell.
A primary cell cannot be recharged whereas a secondary cell can be recharged. In a primary cell chemical reaction is irreversible whereas in a secondary cell chemical reaction is reversible. ... A primary cell is light and less expensive whereas a secondary cell is heavy and expensive.
Leclanché cell is a primary cell, also known as a non-rechargeable cell. It is commonly used in devices such as flashlights, toys, and remote controls.
There may be as many as primary, secondary and tertiary.
A primary cell can't be recharged, for example am ordinary 'D' cell, while secondary cells are rechargeable, e.g. one of the cells in a car battery.
Secondary cell wall
An arabinoxylan is a hemicellulose found in the primary and secondary cell walls of plants.
one has more power
A fuel cell is neither a primary cell nor a secondary cell; it operates on a different principle. While primary cells provide electrical energy from a chemical reaction and cannot be recharged, and secondary cells can be recharged after discharging, fuel cells generate electricity through an ongoing reaction between fuel (like hydrogen) and an oxidizer (like oxygen). This process continues as long as fuel is supplied, making fuel cells a unique energy source.
The primary structure of the cell wall is mostly cellulose while the secondary structure is composed of lignin.