Your tonsils are imbedded on opposite sides of your throat. In order for them to "touch each other", they'd have to swell up to about the size of Golf balls. Imagine putting two golf balls, side by side, into your throat at once, and that should give you a pretty good mental image of "what happens".
This group of cells touching each other and forming a rectangle is typically referred to as a column in a spreadsheet or a grid in a table.
The tonsils are in the back of your mouth, technically in the pharynx. If you look in the mirror, they are those curvy parts of tissue that are on either side of your uvula. (the punching bag looking thing that hangs from your soft palate)
They are in the throat, click on "All about adenoids" under "Related links" below.
The tonsils form a broken ring under the mucous membranes in the mouth and back of the throat and they are called the pharyngeal lymphoid ring. This ring includes the palatine tonsils, located on each side of throat, the pharyngeal tonsils, located near posterior opening of nasal cavity and the lingual tonsils, located near base of the tongue.They protect against bacteria that may invade tissues around the openings between the nasal and oral cavities.
When two incompatible blood cells mix and come into contact with each other, a reaction called agglutination occurs. This can lead to clumping of the blood cells, which can block blood vessels and cause serious health complications.
Two south poles on two magnets will repel each other. A north and a south pole on two magnets will attract each other.
When power lines touch each other and create a short circuit, it can cause a sudden surge of electricity that can damage the equipment, cause fires, or lead to power outages.
Because you touch yourself at night. And they touch each other.
If the battery terminals touch each other, it can cause a short circuit. This can lead to overheating, damage to the battery, and potentially a fire or explosion. It is important to always keep the battery terminals separate to prevent this from happening.
A single curve cannot touch "each other" since "each other" implies two curves.
If a "hot" wire contacts the "neutral" or ground wire, electrical current flows to the ground.
No, atoms do not physically touch each other because they are surrounded by electron clouds that repel each other due to electromagnetic forces.
yes.
the bars normally do not touch each other.
It depends on if they are charged the same of different. Opposites attract, the same charge repels.
Gas particles do not touch each other in the way that solid particles do. The particles in a gas are in constant motion and are separated by large distances relative to their size. However, they can collide with each other and with the walls of their container.
they are parallel lines.