A reactor vessel in a boiling water reactor is approximately 300 tons.
I didnt measure when I had it in hand but I would guess 12cm diameter, and maybe 80 cm long, for a magnox reactor anyway
AnswerSteamAdded:Steam causes more severe burns as compared to boiling water because steam contains more heat (i.e 40.6 kJ/mol condensation heat) then boiling water, both at the same temperature 100 oC.From that condensation is momentanous when in contact with skin, after being liquefied it behaves the same as boiling water: still 100 oC and cooling down is slower than condensation.
It depends on how big the steam is. If the steam is as small as water vapour, it cannot be seen by the naked eye. If the steam is as big as water droplets, it can be seen by naked eye. But if many steam, it always can be seen by naked eye.
The simplest way is water displacement. Density is equal to mass per volume. You can use any conventional scale to find the mass of the object. You can then take a container that is considerably larger than the object and fill it with enough water to be able to cover the object. Measure how much water is in the container, then place the object in the water. Now measure how much water appears to be in the container now (the water level will rise). The difference between the two water levels will be the volume of your irregular shape. Now you divide the mass by the volume and get the density.
Big ships typically travel at speeds of around 20-25 knots, which is roughly equivalent to 23-29 miles per hour or 37-46 kilometers per hour. However, the speed of a big ship can vary depending on factors such as the size of the vessel, weather conditions, and the type of propulsion system it has.
If there are big bubbles that pop then it is boiled
Depends how much water is in your vessel and how big your spoon is.
Because that big motor vessel is not used as a working vessel, it is used for pleasure. Please see the related link below:
Medium usually works.
You need Mason jars - not mayo jars, not a used food jar, genuine Mason canning jars. You also need lids and rings. You need jar tongs to pick up jars of food just out of boiling water. Finally, you need a vessel big enough to hold at least four jars at one, and cover them with boiling water. With this minimal set of equipment, you can can at least four jars at a time.
It's not the ingredients in salt, but the presence of the salt itself. The salt holds the water in because of its attractive forces and blocking of the water throughout the mixture. Any soluble substance will affect the boiling and freezing points of any solvent based on how big the solute particles are, and the boiling/freezing pt constants, K, for the solvent.
The correct response is big, bursting bubbles.
Big ship. Vessel. Carrier.
she's a big animal rights activists; she was really against the boiling of lobsters because it's a cruel way of killing, since they tend to be alive when put in the boiling water
At some point, the materials that were the core of a reactor cool after a meltdown. The problem is that some or even a lot of the core could melt and turn into a big puddle on the bottom of a reactor vessel. Further, it could melt through and onto the floor of the reactor building. It is also possible that it could melt through this, too. While it is true that the materials of the core will eventually cool, there might be little if any core left. A big "blob" of material will eventually result. But it may take a long time for this to happen. And the release of radiation throughout this time may be extremely large and contaminate a broad area.
It's a big blood vessel close to the heart.
Aneurysm