Answer:
CCl4
Explanation:
In CCl4, there have been 4 symmetric arrangement of bonds around the main(center) carbon atom. Every bond is polar, that you can decide by contrasting carbon's and chlorine's electronegativity. The electronegativity corresponds to how powerfully the electrons bind the molecule. Whenever the two atoms in a covalent bond have opposite electronegativity, they can transfer their electron pair in that bond to one atom, creating a polar bond.
Since the 4 chlorine atoms are symmetrically arranged, the bonds ' polarity cancels each other out, rendering them a non-polar molecule.
The molecule of [tex]\rm CCl_4[/tex] contains polar bonds and is nonpolar in nature.
[tex]\rm CH_2Cl_2[/tex]:
The polar bonds are formed when the atoms share their electrons unequally, while nonpolar bonds are formed when atoms share their electrons equally.
In the molecule, there has been the sharing of an unequal number of electrons between the chlorine. This results in the formation of polar bond.
[tex]\rm F_2[/tex]:
It shares an equal number of electrons and is polar in nature as well.
[tex]\rm H_2O[/tex]:
The molecule of water is polar in nature.
[tex]\rm NH_3[/tex]:
The molecule contains 3 polar bonds. and due to the presence of loan pair, it is polar in nature.
[tex]\rm CCl_4[/tex]:
The molecule contains polar bonds with unequal sharing and is nonpolar due to the equal sharing of charge.
For more information about polar bonds, refer the link:
https://brainly.com/question/10777799?referrer=searchResults
