Smells usually travel through the wind. If you're outside playing volleyball, you'll probably get the scent of mom's fresh baked blueberry pie sitting on the windosill waiting to be cooled and then eaten. Making you hungry? Well all smells can't travel without a boost, that's why you have a nose that picks up the scent of perfume a mile away. Have fun sniffin!
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When smells travel through the air and reach our noses, it is known as odor transport or olfactory transmission. This process involves volatile molecules being released into the air and detected by olfactory receptors in our nasal cavity.
Smells travel through the air as invisible molecules released from objects or substances. When we breathe in, these molecules enter our nose and bind to receptors in our nasal cavity, sending signals to our brain that we interpret as different scents.
After we perceive smells, the molecules that make up the smell travel through the air and eventually disperse or break down. Our sense of smell allows us to detect these molecules, but they do not stay in our noses or bodies.
Smells are made up of molecules. When an object releases molecules into the air, they travel to our nose and bind to receptors, sending signals to our brain that we interpret as smells. Different molecules create different smells.
Smells move around through a process called diffusion, where molecules spread out from areas of high concentration to areas of low concentration. This allows smells to travel through the air and be detected by our noses. Open spaces and air currents can also help carry smells over greater distances.
Asteroids do not have an atmosphere, so they do not have a distinct smell. The composition of asteroids varies, but they are typically made up of minerals and metals. If an asteroid were to come into contact with Earth, it would likely smell like the materials it is composed of.
Olfactophobia - fear of smells
Yes, smells spread through the diffusion of gas particles in the air. When a substance emits odor molecules, these particles move from areas of higher concentration to areas of lower concentration, creating a gradient. This process allows the scent to travel and be detected by our olfactory receptors, enabling us to perceive different smells.
The olfactory nerves receive stimuli related to smell, specifically detecting different odors and scents in the environment. These stimuli are converted into nerve impulses that travel to the brain, allowing us to perceive and identify various smells.
its odor is how it smells
It smells foul
Something smells between us