The thermal energy is minimal compared to nuclear energy; and the radioactive decay is not a thermodynamic process - it is nuclear physics process.
Yes, diffusion is faster at high temperature.
Uranium is a silvery-grey metal in both solid and liquid state, However on exposure to air it produces a black uranium oxide on its surface, which would happen much faster to liquid uranium than to solid uranium.
Granite with a high uranium content breaks down faster than does granite with less uranium in it, but it would be wise to think a bit more about this before we walk away. Let's look more closely to see what's going on.Uranium (whichever isotope or isotopes we consider) is radioactive. Every atom is unstable, and has some probability of decay (by a method or methods specific to that isotope). Radioactive decay releases energy, either particulate or electromagnetic, or both, and these can easily break down the matrix of granite. Further, daughter products of uranium decay are often radioactive themselves, and their decay will release further energy causing more damage. There is a catch or two, however.First, it should be noted that structural damage to granite owing to the decay of uranium within it happens on an atomicscale. In a larger sense, the damage to a granite sample is slight. Lastly, the half-life of uranium isotopes is generally very, very long; they decay slowly. It is certainly possible to take granite samples to the laboratory and find structural defects in the rock's matrix that were caused by radiation damage. And granite with a higher uranium content will reveal more damage than a sample that has less uranium in it. But it takes lifetimes for "significant" damage to a rock sample to occur owing to the decay of uranium (or its daughter products) within that granite. You won't see a granite plinth or monolith falling apart from radiation damage right in front of your eyes as you view it.
Increase the kinetic energy by heating the object up.
It makes the water molecules move faster.
After mining and crushing the (uranium) ore, i think the uranium is dissolved with acid and spun in centrifuges to separate the heavy (more fissible) uranium-235 atoms from the lighter (less fissible) uranium-233 atoms. Highly radioactive material makes for faster chain reactions and more power, and is very dangerous.
Any link between uranium and hair loss.
Yes, but they also consume them. The uranium fuel used has a halflife measured in billions of years, the materials they produce have halflives measured in only hundreds or thousands of years. So in the long term balance of things they consume radioactive substances faster than they produce them.
Why heating enzymes usually produces a faster rate of reaction?
convection
Yes, diffusion is faster at high temperature.
The wavelength that will cause electrons to travel faster when hitting uranium is 100nm. If the wavelength was any lower, electrons would not move as fast.
Uranium is a silvery-grey metal in both solid and liquid state, However on exposure to air it produces a black uranium oxide on its surface, which would happen much faster to liquid uranium than to solid uranium.
With the help of heating the movement is faster.
Dissolving time can be made faster by heating the substances.
because By Heating Their Kinetic Energy is increased. And due to kinetic energy they moves faster..
means there is radioactive stuff around