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This Concept Map, created with IHMC CmapTools, has information related to: equivalence, p and q are equivalent therefore (ArgScheme: equivalence) q, p just in case q therefore (ArgScheme: equivalence) p, p is a necessary and sufficient condition for q therefore (ArgScheme: equivalence) q, p ↔ q therefore (ArgScheme: equivalence) q, Logical argument schemes presented according to the conventions of Logical Argument Mapping (LAM), 2+2+2+2 and 4x2 are equivalent therefore (ArgScheme: equivalence) 4x2, you may watch TV if and only if you clean up your room therefore (ArgScheme: equivalence) you watch TV, p is a necessary and sufficient condition for q therefore (ArgScheme: equivalence) p, not lying and saying the truth are equivalent therefore (ArgScheme: equivalence) you should not lie, you may watch TV if and only if you clean up your room therefore (ArgScheme: equivalence) you clean up your room, the action of a force is the necessary and sufficient condition to accelerate a body therefore (ArgScheme: equivalence) this body is accelerating, p and q are equivalent therefore (ArgScheme: equivalence) p, p ↔ q therefore (ArgScheme: equivalence) p, reason therefore claim, 2+2+2+2 and 4x2 are equivalent therefore (ArgScheme: equivalence) 2+2+2+2, p if and only if q therefore (ArgScheme: equivalence) p, p just in case q therefore (ArgScheme: equivalence) q, not lying and saying the truth are equivalent therefore (ArgScheme: equivalence) you should say the truth, p if and only if q therefore (ArgScheme: equivalence) q, the action of a force is the necessary and sufficient condition to accelerate a body therefore (ArgScheme: equivalence) a force acts on this body