Air particles are not squashy in the sense that they are solid or malleable. They are mostly free to move around and are considered to be compressible, meaning they can be squeezed closer together. So while they can be made denser or less dense by changing the pressure, they do not have a physical squishiness typical of an elastic material.
When air particles are further apart, you have low air density. This can result in lower air pressure.
Dust particles and pollen are two examples of nongaseous particles that can be found in the air.
Alpha particles are larger and heavier than beta particles, so they interact more readily with air molecules through collisions. This causes alpha particles to lose their energy more quickly and travel shorter distances in air compared to beta particles, which are smaller and lighter. Additionally, alpha particles have a higher ionization potential, leading to more interactions with air molecules and a shorter range in air.
Smoke particles move in air due to air currents, also known as convection. The warm air rises, taking the smoke particles along with it. Once the warm air cools down, the smoke particles disperse throughout the surrounding air.
Aluminum particles can stay airborne for several days when released into air
Since I bought all of the bedding, I felt entitled to claim the most squashy pillow for myself.
That is the correct spelling of the adjective "squashy" (compressibly soft or wet).The more common US term is the synonym squishy.
because they are compressed
squashy them(:
The plural of "squashy" is "squashies."
air moves from particles to particles
Air particles contain oxygen.
particles of cool air are sloser together than particles of warm air
Yes, air particles can stick to petroleum jelly. Petroleum jelly is a sticky substance that can trap and hold onto particles, including particles in the air.
Beta particles have a range in air of a few meters, while alpha particles have a range of only a few centimeters in air due to their larger mass and charge. This means that beta particles can travel farther in air compared to alpha particles before losing their energy through interactions.
Particles in the air are closer together in solid objects and liquids, where the particles are tightly packed. In these states, particles are closely bonded and have less space between them compared to the surrounding air.
When air particles are further apart, you have low air density. This can result in lower air pressure.