Well, it's radioactive, so much so that the heat generated by its nuclear decay in the earth's core is the reason for it being molten. So radiation is one reason.
The second reason is that weapons-grade uranium is used in fission weapons (atomic bombs) as their chief source of energy. Fissile explosives serve as the primer charge in thermonuclear devices (fusion bombs, or hydrogen bombs). Depleted uranium is also used for armors and projectiles.
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1. Uranium is a possible polluting agent of the natural environment.
2. Uranium is a toxic and a radioactive chemical element.
3. Uranium release radium and radon.
4. Radioactive wastes are dangerous and need to be isolated.
But don't exaggerate with the disadvantages of uranium. Lead, Mercury, hydrogen sulfide, alkaline cyanides, etc. are more toxic than uranium. And the external irradiation from non-irradiated uranium is not important; dangerous are the inhalation of uranium compounds or the ingestion of soluble compounds.
you hold it in your arm or hand.
you hold the neck with one hand and the base with the other hand. you should never hold the arms or else it will break.
YES! anything that your addictive to is dangerous
because if you use your hand it could get burnt
I believe it depends on how big their hand is.
Processing of uranium can be dangerous only if the safety precautions are not observed or in the case of an unavoidable accident.
Disadvantages of uranium: 1. Uranium is a possible polluting agent of the natural environment. 2. Uranium is a toxic and a radioactive chemical element. 3. Uranium release radium and radon. 4. Radioactive wastes are dangerous and need to be isolated.
See the link below for a MSDS of uranium tetrafluoride. Uranium tetrafluoride is dangerous: radioactive, toxic, corrosive; can affect eyes, skin and lungs (after inhalation).
The simple exposure to natural uranium is not so dangerous because the gamma radiation emitted is not so energetic and also it is auto-absorbed in the uranium material. The danger is to inhale or to ingest uranium compounds.
For example lung cancers, from uranium (and the daughters radium and radon).
No, because it can be extremely dangerous, even used in a nuclear weapon. The uranium trade is made under the control of International Atomic Energy Agency Safeguards. Uranium is not so dangerous. Lead, cadmium or mercury are, for example, more dangerous. Now nuclear weapons have plutonium as fissionable material, not with uranium.
The radioactivity of natural uranium is not so important. The external irradiation is very low. But the internal irradiation is dangerous: alpha radiations from inhaled uranium, radium and radon (Ra and Rn released by decay from U) can destroy pulmonary alveoli and cause lung cancers. Also the ingestion is dangerous because soluble salts of uranium are toxic.
The alpha radiation of uranium and radon (evolved from uranium) can destroy the pulmonary alveoli inducing a lung cancer.
It is Uranium Hexafluoride but known in the industry simple as HEX
Actinium is generally considered to be more dangerous than uranium because it is a stronger emitter of radiation. Exposure to actinium can pose a higher risk of radiation poisoning and adverse health effects compared to uranium.
The external irradiation from uranium is not so dangerous; but the internal irradiation after inhaling powders or liquid aerosols is very dangerous. Note that the decay chain of uranium contain radium and radon, more radioactive than uranium. The respect of working rules is extremely important.
Pure sodium and pure mercury are two elements that would be dangerous to hold in the palm of your hand. Sodium is highly reactive and can react violently with moisture in the air, while mercury is a toxic metal that can be absorbed through the skin.