Which atomic orbitals overlap to form the carbon-carbon $?$ and $?$ bonding molecular orbitals of ethylene, $H_{2} C = CH_{2}$ ? Multiple Choice $C s p^{3} + C s p^{3}, and C 2 p + C 2 p$ $C s p^{2} + C s p^{2}, and C s p^{2} + C s p^{2}$ $C s p^{2} + C s p^{2}, and C 2 p + C 2 p$ $C s p^{3} + C s p^{3}, and C s p^{2} + C s p^{2}$

Question

Which atomic orbitals overlap to form the carbon-carbon

?

and

?

bonding molecular orbitals of ethylene,

H_{2} C = CH_{2}

? Multiple Choice

C s p^{3} + C s p^{3}, and C 2 p + C 2 p

C s p^{2} + C s p^{2}, and C s p^{2} + C s p^{2}

C s p^{2} + C s p^{2}, and C 2 p + C 2 p

C s p^{3} + C s p^{3}, and C s p^{2} + C s p^{2}

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