dust particles
The explanation was disappointing, not a particle of supporting evidence
An amoeba is much larger than an air particle. Amoebas can range in size from 20 to 1000 micrometers in diameter, while air particles are typically around 0.5 micrometers or smaller. This size comparison means that an amoeba is thousands of times larger than an air particle.
When a particle of air freshener is sprayed, it initially travels in the direction of the spray due to the force propelling it. It then disperses and spreads throughout the air, carried by air currents and eventually settles on surfaces such as walls or furniture.
A smoke particle moves in a jerky motion.They are constantly moving about and changing direction. This is due to the smoke particle colliding with the air particle which gives it a 'push'.The direction of the push changes at random.This collision happens repeatedly,at random,with each smoke particle. This motion is called 'Brownian motion'. Cheers!
"It doesn't make a particle of difference to me." "The microscope could easily examine a single particle of dust."
The air particle with the greater force moves the other air particle in the general direction it was moving
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It is true.
yes
The explanation was disappointing, not a particle of supporting evidence
No, but it can be suggested as gas particles
it will enter from air
An amoeba is much larger than an air particle. Amoebas can range in size from 20 to 1000 micrometers in diameter, while air particles are typically around 0.5 micrometers or smaller. This size comparison means that an amoeba is thousands of times larger than an air particle.
When a particle of air freshener is sprayed, it initially travels in the direction of the spray due to the force propelling it. It then disperses and spreads throughout the air, carried by air currents and eventually settles on surfaces such as walls or furniture.
A smoke particle moves in a jerky motion.They are constantly moving about and changing direction. This is due to the smoke particle colliding with the air particle which gives it a 'push'.The direction of the push changes at random.This collision happens repeatedly,at random,with each smoke particle. This motion is called 'Brownian motion'. Cheers!
The 'wetness' in the air creates a more dense 'air particle' which creates humid areas and such.
yes ,as to protect the particle to be disturbed and also to avoid air bubbles in the slide