Helium is chemically inert and doesn't form compounds.
water
I am unsure what you mean by the formula for Hydrogen and Helium because both are an element, not a compound and you would generally not have a formula for an element. However, I can tell you that the difference between the formula for Hydrogen gas and Helium gas if; Hydrogen gas: H2 H-H Helium gas: He Hope this helps
Water is a compound of hydrogen and oxygen.
helium doesn't form compounds
No, the symbol of an element represents a single atom of that element, while the formula of a compound includes multiple atoms of different elements. The formula of an element is typically written as a combination of symbols representing the atoms that make up that element.
Helium (He) is a chemical element, not a compound; the chemical symbol is He.
water
Helium is not a compound, it is an element.
No. Helium is not an compound, it is a element.
I am unsure what you mean by the formula for Hydrogen and Helium because both are an element, not a compound and you would generally not have a formula for an element. However, I can tell you that the difference between the formula for Hydrogen gas and Helium gas if; Hydrogen gas: H2 H-H Helium gas: He Hope this helps
Helium is not a compound, it is an element.
Helium is an element and not a compound or mixture.
No it is not, helium is an element. A compound is a combination of two or more elements.
helium doesn't form any compound
Helium is an element.
Helium is an element.
If your asking if a molecule or compound containing helium is a "bent" molecule like water, then the answer is no. Helium is one of the noble or inert gases, which fulfill the octet rule and do not need to bond in order to share or transfer electrons. Hence the noble gases and helium will not react, even with another atom of the same element. So in short, since helium won't bond with any other atom to become a molecule or compound, there is no way for it to be bent. Of course, I interpreted "bend" with the structure of a molecule... this may not be what you're looking for, in which case you will have to be more specific.