The Newman Projection is a method used in organic chemistry to visualize the conformation of molecules. It represents a molecule as viewed along a specific bond, typically a carbon-carbon bond, allowing chemists to analyze the spatial arrangement of atoms and groups attached to these carbons. This projection helps in understanding steric interactions and torsional strain in different conformations. In a Newman Projection, the front carbon atom is depicted as a dot, while the back carbon is represented as a circle. The substituents attached to each carbon are drawn around these shapes, providing a clear view of how they interact. This technique is particularly useful for studying alkanes and other organic compounds, aiding in the prediction of their stability and reactivity.