![]() ![]() Add hydrogen atoms to the end of each of these bonds.Add bonds so that each carbon atom makes 4 bonds.(and/or at the place where two or more lines meet) Place a carbon atom at the end of each line.To draw a 2-dimensional (full display) structural formula given the skeletal formula: You may need to neaten up your skeletal formula by joining the lines up to meet at a point.Remove all the carbon atoms (but NOT their bonds).(Do not remove hydrogen atoms that form part of a functional group) Remove all the hydrogen atoms (and their bonds) bonded directly to carbon atoms that form the skeleton.Identify the carbon skeleton (backbone) and any functional groups present.Draw the 2-dimensional (full display) structural formula.No ads = no money for us = no free stuff for you! How To Draw and Interpret Skeletal Structural Formula Note: if you can't see the skeletal or structural formula in this tutorial you will need to allow javascript. Skeletal formula are the most common way for professional Chemists to represent organic (carbon-based) molecules.A skeletal formula is a 2-dimensional (full display) structural formula in which the following have been removed:.A skeletal formula does explicitly show.⚛ bonds between carbon atoms and hydrogen atoms ⚛ hydrogen atoms attached directly to carbon atoms A skeletal formula does NOT explicitly show.In organic chemistry, a skeletal formula shows just the carbon skeleton (or carbon backbone) and functional groups.A skeletal structure may also be referred to as a skeletal structural formula.You need to become an AUS-e-TUTE Member! Skeletal Structural Formula (Skeletal Structure or Skeletal Formula) Chemistry Tutorial Key Concepts Want chemistry games, drills, tests and more? Skeletal Formula Chemistry Tutorial More Free Tutorials Become a Member Members Log‐in Contact Us ![]()
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