Yes, when heated, water changes into its gaseous state.
You can have a balloon full of nothing but steam. When it cools, there won't be any air left in the balloon, only water.
As another example, the steamer on an espresso machine will not cause any bubbles to appear when the steam is directed into a body of cool liquid, because the steam condenses instantly. The only reason you get foam is because the steamer tip introduces air through a tiny hole.
The general step is for solid state to become liquid before proceeding to become a gas but it all depends on the compound and the situation in which it is boiled. A solid usually turns into a liquid before turning it to gas.
Yes. As long as metal starts to boil, it will turn into vapor. Remember that gas is a state of matter. Therefore, anything will turn into gas as long as you are able to heat it to the required temperature.
Seeing as a chemical reaction is defined in the Oxford English Dictionary as 'a process that involves rearrangement of the molecular or ionic structure of a substance, as distinct from a change in physical form or a nuclear reaction', the boiling of water has to be called a chemical reaction.
In the boiling of water, the heat energy causes the molecules in water to vibrate, the more heat, the faster the vibration. After a certain amount of heat (100oC for water) the molecules rip apart and become far apart. The water turns into a gas. This is a rearrangement of the molecular structure of a substance.
No, because only a small few of known non-metals like iodine change state at different temperatures
Yes, gas surely can boil. It can boil because it is a liquid. Most liquids can boil if heated to the its boiling temperature.
No metal cant become a gas but metal can become a liquid
Not at room temperature, no. But at high temperatures metals will vaporize.
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Yes, if it gets hot enough molten metals will begin to boil and turn to the gaseous state.
According to the engineering toolbox, Lead boils at 1750 degrees Celsius (2182 degrees F), Silver boils at 2212 degrees C (4013 degrees F), and Iron boils at 2870 degrees C (5198 degrees F)
Potassium hydride reacts with water to produce potassium hydroxide and hydrogen gas. KH + H2O --> KOH + H2
Water starts out as a liquid which is called H2O at waters boiling point it becomes Water Vapor its gas form and then as a solid form of water it is ice
Water and sodium metal are reactants to produce sodium hydroxide and hydrogen gas. H2O + Na ==> NaOH + H2 !! VERY dangerous !! Sodium Metal and Water
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H2O is water. It can be all three. As a solid, it is ice. As a liquid, it is water in the sense of bottled water. As a gas it is water vapor (an example of water vapor is steam).
boiling
Steam is a gas stage of water. You can produce steam by heating water to boiling point.
The reason why H2O is a liquid but not a gas is because of its temperature. Room temperature is a lower temperature than its boiling point.
H2O above 100 deg C is an invisible gas (vapor). Above a pan of boiling water you see a cloudy "gas" , because the H2O has condensed into water droplets (still very hot) and it is those that you see. Some things like solidified carbon dioxide go from solid to vapor without a liquid phase at all.
H2O is water, it can be a liquid, a gas or a solid (ice).
Correct, boiling water changes from liquid to gas.
evaporation This is the chemical reaction for water heating: H2O (liquid) + heat ---> H20 (gas) This is an endothermic reaction, meaning that by adding heat, it will shift the reaction towards the products, thus making more H2O gas. It is simply a phase change.
The products produced when burning methane (CH4) are carbon dioxide (CO2) and water (H2O).
Water gas is a mixture of CO and H2 and H2O. Over oxide catalysts the "water gas shift" reaction occurs that removes the CO by reacting it with water to produce CO2 and more H2. CO + H2O -> CO2 + H2
Potassium hydride reacts with water to produce potassium hydroxide and hydrogen gas. KH + H2O --> KOH + H2
No. Hydrogen gas is H2. H2O is water.
When water boils, the entire volume of water can produce vapor. In contrast, when water evaporates, only molecules at the surface can escape into the gas phase.