Hydrogen doesn't belong in the group because it is a non-metal gas, while uranium salt and boron are solid elements and can be categorized as minerals or metalloids. Uranium salt contains uranium, a heavy metal, and boron is a metalloid, whereas hydrogen is a light, diatomic molecule and does not share the same physical state or classification.
Uranium does not react significantly with boron under normal conditions. However, at elevated temperatures, uranium can form compounds with boron, such as uranium borides. These compounds can be of interest in materials science and nuclear applications, particularly for their properties in high-temperature environments. Overall, while there is some reactivity, it is limited and context-dependent.
Potassium, Boron, Lead, Gold, Plutonium, Uranium, Francium
This is a covalent bond.
Boron Family
Hydrogen, Helium, Lithium, Beryllium and Boron.
- Uranium, boron and hydrogen are chemical elements. - A salt is a chemical compound (contain two or more elements).
Uranium, boron, hydrogen are chemical elements. Salt (NaCl) is a chemical compound.
Salt, because it's a compound. Uranium, boron, and hydrogen are elements.
Salt, because is a chemical compound - NaCl; uranium, boron, hydrogen are chemical elements.
Hydrogen does not belong, as the other three elements are all metals while hydrogen is a non-metal.
First of all, don't ask us the questions in your homework. Secondly, you should be able to tell which three are elements and which is a compound. If not, you probably shouldn't be taking a chemistry class.
Uranium, boron, and hydrogen are all chemical elements. Uranium is a radioactive metal used in nuclear reactions, boron is a nonmetallic element often used in industrial applications like borosilicate glass, and hydrogen is a nonmetallic gas that is the most abundant element in the universe. Each element has its own unique properties and chemical behavior.
Boron is lighter than carbon and uranium.
Uranium does not react significantly with boron under normal conditions. However, at elevated temperatures, uranium can form compounds with boron, such as uranium borides. These compounds can be of interest in materials science and nuclear applications, particularly for their properties in high-temperature environments. Overall, while there is some reactivity, it is limited and context-dependent.
Boron belongs to the family of elements known as metalloids or semimetals.
copper phosphorus fluorine nitrgen boron sulfur iodine oxygen uranium
nonmetal