Virtual Chess 64 in which you learn from by finding the best move each time. The short fourth section is analysis of two badly played well-known games titled "Fool's Mate" and "Scholar's Checkmate". In the fifth and sixth sections these chess problems become increasingly complicated, and the player is expected to, by some means, find the solution and understand it. The seventh section is about basic endgame checkmating approaches and patterns, and just one basic endgame concept for beginners: the square of the promoting pawn. The last three sections focus on improving opening, middlegame, and endgame chess play by using example games for
First-move advantage in chess greater (e.g., a player receiving two whites and four blacks). The game of chess is not solved, meaning it has not been determined with certainty whether a perfectly played game would end in a win for White, a draw, or even a win for Black. Due to its high level of complexity and the limitations of computer technology it is considered unlikely that it will be solved in the foreseeable future. In his 1950 paper "Programming a Computer for Playing Chess", information theorist Claude Shannon argued that in principle the game of chess ought to be solvable. In practical terms,