Shown below is the structure of carbamic acid, a precursor in the industrial synthesis of urea. Use the VSEPR model to determine the hybridization and bond angles around the C and N atoms. Compare this with the actual hybridization and bond angles based on the 3D model below.
Legend: C = grey, H = white, O = red, N = blue

• A. VSEPR Model: C is sp³-hybridized, and its bonds have an angle of 109.5°. N is sp²-hybridized, and its bonds have an angle of 120°.
  Molecular Model: Both C and N are sp³-hybridized, and their bonds have an angle of 109.5°.
• B. VSEPR Model: Both C and N are sp²-hybridized, and their bonds have an angle of 120°.
  Molecular Model: Both C and N are sp³-hybridized, and their bonds have an angle of 109.5°.
• C. VSEPR Model: C is sp²-hybridized, and its bonds have an angle of 120°. N is sp³-hybridized, and its bonds have an angle of 109.5°.
  Molecular Model: Both C and N are sp²-hybridized, and their bonds have an angle of 120°.
• D. VSEPR Model: C is sp-hybridized, and its bonds have an angle of 180°. N is sp²-hybridized, and its bonds have an angle of 120°.
  Molecular Model: C is sp³-hybridized, and its bonds have an angle of 109.5°. N is sp²-hybridized, and its bonds have an angle of 120°.