Please explain how the orbitals work such as how did you figure out how many ele
ID: 854794 • Letter: P
Question
Please explain how the orbitals work such as how did you figure out how many electrons were in each p-orbital.
Two contributing resonance structures are show. Their corresponding p-orbital configuration is shown below each structure. Circle the number of electrons in each p-orbital (0, 1, or 2) such that it is equivalent to the line bond structure shown.
Please explain how the orbitals work such as how did you figure out how many electrons were in each p-orbital.
Please explain how the orbitals work such as how did you figure out how many electrons were in each p-orbital. Two contributing resonance structures are show. Their corresponding p-orbital configuration is shown below each structure. Circle the number of electrons in each p-orbital (0, 1, or 2) such that it is equivalent to the line bond structure shown. Please explain how the orbitals work such as how did you figure out how many electrons were in each p-orbital.Explanation / Answer
pi bonds forms due to parial overlapping of electrons,it's strenght is weaker than sigma bonding.so due to this partial overlapping electron can move from one place to another if alternate single-double bonds are present like in this example.each carbon ato has three p orbitals in which two are used for sigma bonding and remaining one is used for making pi bonds which is responsible for resonance.