No. Because tungsten has a high boiling point of 5660 degrees Celsius before it can turn to its gaseous state. At normal room temperature,around 30 degrees Celsius, it is below its melting point of 3410 degrees Celsius, therefore it is more commonly seen as a solid
The bubbles consist of carbon dioxide gas in the gaseous state.
Water vapour is not a gas. We can not see gas. Once we see the water vapour as droplets in the air then it is small liquid droplets of water. The steam that we see above the kettle is again condensed droplets of water that have lost the energy to maintain their gaseous existence. Close to the spout of the kettle we cannot see steam because that is where there is the gas molecules of water. If you can see it then it is a liquid. Humidity in the air is a gas.
Tungsten is a metal.
Yes. Again, it is very difficult to scratch tungsten rings, but can it happen. Say a mechanic is working on cars all day for years, you will see a few scratches in a couple of years, but thats about it.
Let's see.2Ag + 2HNO3 -> 2AgNO3 + H2Looks like that gaseous product is hydrogen gas.
No but in tube lights it is there but that is not gaseous form of tungsten.
The bubbles consist of carbon dioxide gas in the gaseous state.
When you see steam fog or clouds, you are seeing water in its gaseous state, known as water vapor. This occurs when water evaporates from a liquid form and condenses in the atmosphere to form visible clouds or fog.
Just an historical legacy. Water is dihydrogen monoxide but it is always called water. Steam, water vapour are just common words that have been adopted into science. Technically, gasses cannot be seen. So if you can see the steam or vapour then it is not a gas but has already started to condense.
Water vapour is not a gas. We can not see gas. Once we see the water vapour as droplets in the air then it is small liquid droplets of water. The steam that we see above the kettle is again condensed droplets of water that have lost the energy to maintain their gaseous existence. Close to the spout of the kettle we cannot see steam because that is where there is the gas molecules of water. If you can see it then it is a liquid. Humidity in the air is a gas.
Tungsten is a metal.
Tungsten was discovered in 1781 by the Swedish chemist Carl Wilhelm Scheele. He first isolated the compound calcium tungstate from the mineral scheelite, which led to the discovery of tungsten as a new element. Later, in 1783, the Spanish brothers José and Fausto Elhuyar succeeded in isolating tungsten metal by reducing tungstic acid.
One, all gaseous planets have rings. The only reason we don't see them is because they are too thin. The planet you are talking about is Saturn. It has multiple rings, which is the reason why we can see them.
Yes. Again, it is very difficult to scratch tungsten rings, but can it happen. Say a mechanic is working on cars all day for years, you will see a few scratches in a couple of years, but thats about it.
No actually it is very common. I would. I do not think it's nerdy it's cool! :)
The gaseous state of water is invisible and is called water vapor.However, steam is not a gas: it is tiny droplets of liquid water. If you look at a tea kettle that is boiling, you will see a jet of steam coming from the spout. If you look closer at the spout, you will see that the first inch or two of the jet coming out is invisible. This is the water vapor, which then cools slightly as it reaches the ambient air and condenses into the very fine (and very hot) liquid water droplets of steam.
Tungsten's many alloys have numerous applications, most notably in incandescent light bulb filaments, X-ray tubes (as both the filament and target), and superalloys. Tungsten's hardness and high density give it military applications in penetrating projectiles. Tungsten compounds are most often used industrially as catalysts.