ইথেন,ইথিন ও ইথাইন এর সংকরিকরন । Hybridization of Alkane , Alkene & Alkyne

ইথেন,ইথিন ও ইথাইন এর সংকরিকরন । Hybridization of Alkane , Alkene & Alkyne Ethene (C₂H₄) - sp² Hybridization Ethene (ethylene) has sp² hybridization, meaning the carbon atoms form three sigma bonds (two with hydrogen and one with another carbon). The remaining unhybridized p-orbitals form a pi bond, making the structure planar with a 120° bond angle. Ethine (C₂H₂) - sp Hybridization Ethine (acetylene) has sp hybridization. Here, each carbon forms two sigma bonds (one with hydrogen and one with another carbon). Two pi bonds are formed from the remaining p-orbitals. Ethine has a linear structure with a bond angle of 180°, making it highly reactive. Ethane (C₂H₆) - sp³ Hybridization Ethane has sp³ hybridization, where each carbon forms four sigma bonds with hydrogen and the other carbon. This results in a tetrahedral structure with 109.5° bond angles, making it more stable compared to ethene and ethine.sp2 hybridization ❤️‍🔥 Don't forget to like, share and subscribe for more video ❤️‍🔥 #ইথেনের সংকরায়ন #ইথিন এর সংকরায়ন #ইথিলিন এর সংকরায়ন #ইথাইন এর সংকরায়ন #সংকরায়ন #SP সংকরায়ন #SP2 সংকরায়ন #SP3 সংকরায়ন #sp sonkoron #sp2 sonkoron #sp3 sonkoron #sp hybridization #sp2 hybridization #sp3 hybridization #Ethene Hybridization # Ethine Hybridization #Ethane Hybridization #Sp sangkarayon #Sp2 sangkarayon #Sp3 sangkarayon #Sp sangkaran #Sp2 sangkaran #Sp3 sangkaran #Orbital Hybridization - SP #Orbital Hybridization - SP2 #Orbital Hybridization - SP3 #অরবিটাল সংকরণ - SP #অরবিটাল সংকরণ - SP2 #অরবিটাল সংকরণ - SP3 #sp, sp2 & sp3 সংকরায়ন