A diagram that shows the structure of a trisubstituted alkene molecule. The molecule is composed of two carbon atoms, E1 and E2, connected by a series of carbon atoms. The E1 atom is represented by a red circle, while the E2 atom is shown by a green circle. The carbon atoms are represented by red circles, which are connected by lines. There are also two other carbon atoms in the diagram, E2 and E3, represented by the red circles. The molecules are arranged in a grid-like pattern, with each molecule having a different shape and size. The first molecule is labeled "E1" and the second molecule is labelled "E2". In the center of the image, there is a larger molecule labeled "major - 80%". This molecule has a minor-20% concentration, indicating that it is a monosubstitized alkene. The second molecule has two smaller molecules labeled "H2O2" and "H3C2" respectively. The third molecule has three smaller molecules labelled "H4C3" and is labeled as "H5C4". The fourth molecule has four smaller molecules, labeled as H6C3 and H7C4. The fifth molecule has six smaller molecules. The sixth molecule has seven smaller molecules - H8C3, H9C4, H10C5, H11C6, H12C7, H13C8, H14C9, H15C10, H16C11, H17C12, H18C19, H20C21, H22C23, H24C25, H26C27, H28C29, H30C31, H31C32, H33C34, H35C36, H36C37, H38C39, H40C41, H42C43, H44C45, H46C47, H48C50, H51C52, H53C54, H55C56, H57C58, H60C61, H62C63, H64C65, H66C67, H68C69, H70C71, H72C73, H74C75, H76C78, H79C80, H81C82, H83C84, H85C86, H.
User jovankke uploaded the image
User jovankke uploaded the image
Elimination Reaction Alkene Functional Group Organic Chemistry - Double Bond PNG
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