The people on the opposite side of the room will be able to smell the perfume due to the process of diffusion, where the vaporized perfume particles move from an area of high concentration (near the bottle) to an area of lower concentration (across the room). This process is driven by the perfume's vapor pressure, which is the pressure exerted by the vaporized particles above the liquid surface.
Perfume molecules diffuse in the air to spread their scent across a room. Oxygen molecules in the air diffuse into our blood cells for respiration to provide energy for our bodies.
The phase is called diffusion. Diffusion is the movement of particles from an area of high concentration to an area of low concentration, allowing the perfume particles to spread out and reach your nose even across the room.
Diffusion of the perfume in the air allows you to smell it at a distance source. Diffusion is the process by which the particles of a substance move from an area of higher concentration (the original source) to an area of lower concentration (everywhere else in the room).
why can the odor of perfume reach you?
the smell will spread at the another side of the room
In a warm room, the perfume molecules will diffuse more quickly as they have higher kinetic energy, leading to a faster spread of the scent. In a cold room, the perfume molecules will move more slowly due to lower kinetic energy, resulting in a slower diffusion rate and a more gradual spread of the scent.
The people on the opposite side of the room will be able to smell the perfume due to the process of diffusion, where the vaporized perfume particles move from an area of high concentration (near the bottle) to an area of lower concentration (across the room). This process is driven by the perfume's vapor pressure, which is the pressure exerted by the vaporized particles above the liquid surface.
Perfume molecules diffuse in the air to spread their scent across a room. Oxygen molecules in the air diffuse into our blood cells for respiration to provide energy for our bodies.
everything is made up of particles- the air, and every gas, liquid and solid there is. that includes your perfume and the air around it. the particles in gas are very spread out, allowing more particles from elsewhere to diffuse around them, and possible mix with them. As perfume is sprayed, the particles will turn into a gas, colliding and mixing with the air particles. As the particles in gas are far apart from each other the particles from the perfume are allowed though the particles, spreading out (diffusing) all over the room. The particles are obviously scented, so that's that. Hope that makes sense...
The phase is called diffusion. Diffusion is the movement of particles from an area of high concentration to an area of low concentration, allowing the perfume particles to spread out and reach your nose even across the room.
Diffusion. Where particles move from an area of high concentration to an area of low concentration. For example if perfume is sprayed in one corner of a room, it will be smelt soon after in the opposite corner. It is a random, natural process that doesn't require energy.
This is due to the process of diffusion.
This is due to diffusion, which is the process of a substance spreading out from an area of higher concentration to lower concentration. It takes time for the perfume molecules to spread through the air in the room, reaching the back where the concentration is lower. The rate of diffusion depends on factors such as air circulation, temperature, and the properties of the perfume.
The process you're thinking of is called "diffusion". It is the property of a substance to travel from a place of greater concentration to a place of lessen concentration. Put simply, a substance will spread itself out in whatever area it's contained in. The effect this has on the smelly gas in the room is that the gas will go from the area of greater concentration (Where the gas was released) to lesser concentration (The rest of the room). Thus, the gas will spread out evenly amongst the air in the room.
the particle of the perfume diffuses and moves
movement of air and osmosis