My answer is:
Flat cells, such as skin cells, often join in or overlap to cover a surface. They
work something like the shingles on a building's roof. Your skin is built of many
layers of flat cells, making it both strong and flexible. Flat cells are found lining
many different parts of the body. For example, they line the surfaces of the
mouth.
by:a smart 5th grader^^
The unit cell of graphene has a hexagonal lattice structure, with each carbon atom bonded to three neighboring carbon atoms in a flat, two-dimensional sheet.
Yes, they both do. The cell membrane is their to allow different liquids in and out. The cell wall, however, is only found in the plant cell, to support and protect the cell. Since the animal cell does not have a cell wall, the cell membrane also serves as support and protection.
The lengths of the flat regions in a graph are determined by the extent of stability in the system or process being represented. The duration of flat regions indicates when the system remains unchanged. The slope of the curves between the flat regions reflects the rate of change or transition between different states in the system.
A flat-bottomed flask is commonly used in chemistry laboratories to hold liquids or chemical reactions. Its flat bottom design allows for stability on a flat surface, preventing tipping over during experiments or when placed on a heat source like a hot plate.
Soda, flat or carbonated, is a set of compounds in solution.
yes
circles
A flat-shaped cell found in the lungs is likely to be a type of epithelial cell, such as a type I alveolar cell. These cells are responsible for gas exchange in the lungs, allowing oxygen to pass from the air into the bloodstream. Their thin, flat shape maximizes surface area for efficient gas exchange.
flat, round and small
Skin cells, specifically keratinocytes, can form a flat waterproof layer known as the stratum corneum. This layer consists of dead cells filled with the protein keratin and lipids, which together provide water resistance and protection to the underlying tissues.
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Cells are not flat because they need to maintain their structural integrity and function. The three-dimensional shape of a cell allows for efficient exchange of nutrients and waste products with the environment. Cell shape is also determined by the cytoskeleton, which provides support and helps in cell movement.
An electrochemical cell comprises of 2 REDOX half cells. These are made of a metal dipped in a solution of its own ions. One of these metals will corrode away to form ions and electrons- which form the basis of the electric current by acting as the cathode. Simply put, an electrochemical cell goes flat because there's no more metal left to break down, thus it goes flat.
its a specialised cell because its characteristics are adapted to its function. for example, the red blood cell is round and flat so it can carry oxygen efficiently
branching cells, flat cells, and round cells
Protective covering flat shaped epithelial are called squamous cell .
You have a bad cell in the battery and a bad cell will drain the other cells. get another battery