I think I understand the question. If an incense stick is smouldering in one corner of a room, how does the scent arrives at a corner diagonally opposite? It is all do to warm air rising. As the warm scented air rises from the stick, it can't rise further than the ceiling. So the scented air is convected in a curl through the room, with the scent dropping down as the air is cooled.
A yard stick is shorter than a meter stick by 3.37 inches (8.56 centimeters).
On a normal metre stick a centimetre, of which you would have 100.
You apply a measuring stick or a measuring tape.You apply a measuring stick or a measuring tape.You apply a measuring stick or a measuring tape.You apply a measuring stick or a measuring tape.
There are 3 syllables. Can-dle - stick.
No. Normally 100, if the stick is really a "meter".
Fragrance molecules are spread by the air molecules being bombarded by them and blown by them
No, the burning of an incense stick is an irreversible change as it involves a chemical reaction that transforms the incense stick into ash and releases gases and smoke. The original structure and composition of the incense stick cannot be recovered once it has been burned.
yes........approximately 12cm close to the incense stick!.....
Yes, the fragrant from an incense stick relax me.
The stick burn.
To combat the stench he lit up an incense stick.
An incense stick is neither an acid nor a base. It is a solid material that primarily consists of aromatic compounds, binders, and incense-making materials like resins and essential oils.
When an incense stick is ignited, the heat causes the aromatic compounds in the incense to vaporize and release into the air as fragrant smoke. This smoke carries the fragrance molecules, spreading the scent throughout the room. When the incense stick is not ignited, the aromatic compounds remain solid and do not vaporize, so the fragrance does not spread.
Burn an incense stick.
The movement of particles in matter can give insight into its state. In solids, particles vibrate in fixed positions. In liquids, particles flow and slide past each other. In gases, particles move freely and rapidly.
The smoke produced by the burning incense stick carries its aroma molecules. This smoke is very light and can easily drift through the air, thus allowing the smell of the incense to spread quickly in a room or space.
This observation illustrates the characteristic of diffusion in particles of matter. Diffusion is the movement of particles from an area of higher concentration to an area of lower concentration. In this case, the fragrance particles from the incense stick move through the air in the room, spreading and filling the space uniformly.