The main bonds that hold atoms together within a single glucose molecule are formed byGroup of answer choicesSharing of electrons between atomsAttraction between atoms with opposite chargesGravitational attraction between atomsInteractions between partial charges on individual atomsAttraction between polar and nonpolar atoms
Question
The main bonds that hold atoms together within a single glucose molecule are formed byGroup of answer choicesSharing of electrons between atomsAttraction between atoms with opposite chargesGravitational attraction between atomsInteractions between partial charges on individual atomsAttraction between polar and nonpolar atoms
Solution
The main bonds that hold atoms together within a single glucose molecule are formed by the sharing of electrons between atoms. This type of bond is known as a covalent bond. In a covalent bond, two atoms share one or more pairs of outer-shell electrons. In the case of glucose, these bonds are primarily between carbon, hydrogen, and oxygen atoms.
Similar Questions
Which of the following substances is held together by covalent bonding?
A covalent bond involves which of the following?donation of protons from one atom to anotherelectrostatic attraction between opposite chargestransfer of electrons between two atomssharing of protons between two atomssharing of electrons between two atoms
In non-covalent interactions, the involved atoms or molecules are held together by:Question 6Answera.Electrostatic attractions and other weak forces.b.Formation of double bonds.c.High-energy interactions.d.Sharing of electrons.
A covalent bond consists of a pair of shared electrons between two atoms. How does this shared pair hold the two atoms together?
A chemical bond formation that involves the complete transfer of electrons between atoms is Group of answer choicescovalent bondionic bondmetallic bondpartial covalent bond
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