Well... none, but... Helium is often found in conjunction with uranium-bearing ores. The reason for this is that when heavy elements decay by the alpha process, they emit an alpha particle, which is a helium-4 nucleus. The amount of helium found in uranium-bearing rocks is therefore dependent on several factors: how much uranium is present, how long it's been there, what the geological conditions are (is the rock porous, is there an impervious dome structure to trap the helium, etc.) and many other things. For these reasons, it's very difficult to give an exact answer beyond noting that it's fairly common that where uranium is found, at least some helium will be found as well.
nothing. helium will not react with uranium
Nothing as helium and radon are noble or non-reactive gasses.
Nothing !!
Helium is completely inert, it is the most inert of all elements, and so it will not react in any way with hydrogen (or with any other element). So, if you mix hydrogen and helium, nothing happens. You have a mixture of hydrogen and helium. It's a lot lighter than air, you can make balloons that will float. Of course, you can do that with pure hydrogen or with pure helium, as well.
Helium, with only two protons per atom. In contrast, nitrogen has 7, mercury has 80, and uranium has 92.
The answer is helium.
you get wet uranium
Nothing will happen. Helium is completely nonreactive.
Who will do that ? The result leads to nothing.
At room temperature - nothing.
Nothing as helium and radon are noble or non-reactive gasses.
Nothing !!
Helium is completely inert, it is the most inert of all elements, and so it will not react in any way with hydrogen (or with any other element). So, if you mix hydrogen and helium, nothing happens. You have a mixture of hydrogen and helium. It's a lot lighter than air, you can make balloons that will float. Of course, you can do that with pure hydrogen or with pure helium, as well.
Helium, with only two protons per atom. In contrast, nitrogen has 7, mercury has 80, and uranium has 92.
The answer is helium.
There is a stronger gravitational force acting among the particles of a uranium nucleus compared to the nucleus of helium. This is because uranium has more mass than helium.
Yes you can mix helium and acetylene but they will not react.
helium and uranium.