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Anyone tasked with making sense of the concepts that underlie general relativity and the practical and theoretical implications of this theory can easily become overwhelmed by it for a number of reasons. First of all, general relativity relies heavily on a previous theory, the theory of special relativity. Special relativity deals with the idea that measurements of time and space are relative to an observer's specific context, and provides a basis for the energy-mass equivalence equation and for the concept of the space-time continuum. These are complex ideas to be understood before one approaches general relativity at all!
General relativity's concepts are of a comparative level of complexity: the theory deals with the ways in which mass, motion, and forces like gravity play out on the backdrop of special relativity's space-time continuum. In particular, the theory elucidates the ways in which space-time affects matter and matter affects space-time. General relativity has been confirmed by a variety of observed phenomena, such as gravitational lensing, gravitational waves, and redshift. Additionally, global positioning satellite systems wouldn't work without taking the principles of general relativity into account, as the satellites these systems rely upon require extremely accurate time measurements that are affected by the movement of the satellite around Earth.