Covalent interactions are generally weaker than non-covalent interacti – McqOptions

MCQOPTIONS

1.	Covalent interactions are generally weaker than non-covalent interactions.
A.	True
B.	False
Answer» C.

Discussion

No Comment Found

Related MCQs

If the energy required to break all non-covalent interactions between two molecules is 750 kJ/mol, then what is the total number of hydrogen bonds present between them? (Assume there are only hydrogen bonds between them and the bond energy of each hydrogen bond is 15 kJ/mol)
Which among the following has the strongest interaction?
Molecular complementarity leads to a lock-and-key fit between biomolecules. It is due to which type of interactions?
Which of the following interactions determine the water solubility of uncharged molecules?
Which of the following has bonds in increasing order of their strength?
The weak attractive forces of non-covalent interactions are not at all important for determining the properties and functions of biomolecules.
Which of the following interactions involves charged groups?
Vander Waals force arises from the attraction between transient dipoles generated by the rapid movement of electrons around the neutral atom.
Which among the following interactions is the weakest?
Covalent interactions are generally weaker than non-covalent interactions.