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Hey there! Have you heard of c2h4 linear? It’s a type of chemical compound that has some pretty interesting properties. You see, it’s a linear molecule, meaning it has no branches or side chains. This makes it incredibly stable and resistant to changes in temperature and pressure. Plus, its structure allows for easy synthesis and manipulation - so cool! What’s more, c2h4 linear is used in a variety of industries from pharmaceuticals to plastics manufacturing. Talk about versatile! So if you’re looking for an efficient and reliable compound, look no further than c2h4 linear - you won’t be disappointed!
Why Is C2H4 Not Linear? [Solved]
C2H4’s molecule has each carbon undergoing sp² hybridization, so the two hydrogens make it look like a flat triangle. The hydrogen pairs attached to the carbon push away from each other, giving it a trigonal planar shape.
Molecular Structure: C2H4 is a linear molecule, meaning that the two carbon atoms are connected in a straight line with the four hydrogen atoms attached to them.
Bond Angles: The bond angles of C2H4 are 180 degrees, as each of the four hydrogen atoms form a single bond with one of the two carbon atoms.
Bond Lengths: The bond lengths between each atom in C2H4 are equal, as all bonds are single covalent bonds and have an average length of 1.54 angstroms (Å).
Hybridization: The hybridization of C2H4 is sp hybridization, meaning that each carbon atom has one s orbital and one p orbital overlapping to form two sp hybrid orbitals which contain the electrons for bonding with hydrogen atoms.
Polarity: C2H4 is non-polar due to its symmetrical structure and equal sharing of electrons between all bonded atoms in the molecule
C2H4 is a linear molecule, meaning its atoms are arranged in a straight line. It’s made up of two carbon atoms and four hydrogen atoms, all connected in one long chain. You could say it’s like a string of pearls!
