Hybridization Question: Image Explained

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The discussion centers on the hybridization of a carbon atom depicted in an image, questioning why it is classified as sp instead of sp2 due to the presence of double bonds on both sides. The clarification provided explains that the carbon in question indeed requires two p orbitals to accommodate the two double bonds, justifying the sp designation. The comparison to a carbon with a triple bond further illustrates the concept of hybridization. The original poster expresses gratitude for the clarification. Understanding hybridization is crucial for grasping molecular geometry and bonding in organic chemistry.
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Homework Statement


http://img42.com/ASivg
Please look at this image.
2. The attempt at a solution

Hello, I was looking at this image. Why is the top image sp? Shouldn't it be sp2 because there are double bonds on both sides? I understand the rest. Please advise, any help would be appreciated.
Thank you.
 

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The carbon you referred to has 2 double bonds,1 on either side. To make 2 double bonds carbon requires 2 p orbitals...
This is similar to the case of the triple bond..
 
Got it :) Thanks
 

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