Water is evaporated from the pan.
- increase the temperature- decrease the pressure
Yes, when you heat a pan of water, the water particles that are heated first gain energy, move faster, and spread out, creating gaps between them compared to the cooler water particles around them. This results in the heated water rising to the top as it becomes less dense, creating a convection current in the pan.
Evaporation is the action of molecules escaping the bonds of neighboring molecules. At temperatures above absolute zero, molecules have energy that is expressed in motion. With enough of this motion, water molecules at the surface of water can break the bonds they have with their neighbors. They can escape the liquid and move into the air. When molecules leave the water, there is now less water, which is what we call evaporation. So if you have a dish that exposes more molecules to an area where they can escape the other molecules (in other words, the surface), obviously more will escape. A wide, flat, shallow container exposes many more water molecules to the surface than the same amount of water in a tall, narrow container.
The time it takes for a cup of boiling water to evaporate on the stove depends on factors like the heat setting, pan size, and humidity. On average, it can take around 10-20 minutes for a cup of boiling water to completely evaporate in a small to medium-sized pan.
the process of water turning into water vapor is referred to as evaporation. It is a change in physical state of matter in which the molecules of water are heated up to the point at which they convert to the gas phase and become much more spread out and more more quickly. Gas has an indefinite shape and its volume disperses amongst its container (or lack there of).
As water is heated in an open pan, it will eventually evaporate and turn into steam as it reaches its boiling point. If the heating continues, the steam will continue to rise and eventually disperse into the surrounding air.
you put the water in a pan and heat it till the water evapourates
- increase the temperature- decrease the pressure
Most of the heat travels through convection in water when it is being heated in a pan. As the water is heated, the warmer water rises to the top of the pan while the cooler water sinks to the bottom, creating a convection current that helps to distribute the heat throughout the water.
To quickly evaporate water while cooking, increase the heat and surface area of the liquid by using a wide pan or pot. This will help the water evaporate faster, leaving behind the desired flavors and textures in your dish.
When a pan of saltwater is boiled dry, the water evaporates, leaving behind the salt crystals in the pan. The salt does not evaporate with the water and remains in the pan as a solid residue.
Yes, when you heat a pan of water, the water particles that are heated first gain energy, move faster, and spread out, creating gaps between them compared to the cooler water particles around them. This results in the heated water rising to the top as it becomes less dense, creating a convection current in the pan.
Increasing the temperature of the water can make it evaporate more quickly. Using a lid to cover the pan can also help trap heat and increase the rate of evaporation. Additionally, increasing air circulation around the pan can help speed up the evaporation process.
You can freeze water (solid), heat it in a pan (liquid), and watch it evaporate (gas).
This is due to that when the hands are spinned then the ball will also be spinned .For ,the chapathi kept on pan will be toasted when pan is heated...
Evaporation is the action of molecules escaping the bonds of neighboring molecules. At temperatures above absolute zero, molecules have energy that is expressed in motion. With enough of this motion, water molecules at the surface of water can break the bonds they have with their neighbors. They can escape the liquid and move into the air. When molecules leave the water, there is now less water, which is what we call evaporation. So if you have a dish that exposes more molecules to an area where they can escape the other molecules (in other words, the surface), obviously more will escape. A wide, flat, shallow container exposes many more water molecules to the surface than the same amount of water in a tall, narrow container.
convection - as the water near the heat source gets warmer, it becomes less dense and rises, creating a current that circulates the water in the pan.