Match each of the following complex regulatory rules from the International Synchrotron Safety Guidelines to its accurate formal logical diagram.
Let the variables represent the following conditions:
: The accelerator is activated
: The beam is focused
: The cooling system is engaged
: The diagnostic sensors are calibrated
- The accelerator is activated only if the cooling system is engaged, unless the diagnostic sensors are calibrated.
- A failure to calibrate the diagnostic sensors ensures that neither the beam is focused nor the accelerator is activated.
- The cooling system is engaged if, but only if, both the beam is focused and the accelerator is activated.
- The accelerator cannot be activated if the cooling system is engaged, unless the beam is focused.
- Focusing the beam relies on engaging the cooling system, which itself depends on calibrating the diagnostic sensors.
Cevap
The correct pairings logically translate the English conditional indicators into symbolic representations: 1 matches the 'unless' exception to a necessary condition (right_2); 2 translates a sufficient condition for a negated conjunction (right_4); 3 diagrams a biconditional (right_5); 4 models a compound sufficient condition derived from nested negations (right_1); and 5 maps a transitive prerequisite chain (right_3).
Each statement relies on precise formalization of LSAT conditional indicators. 'Only if', 'relies on', and 'depends on' introduce necessary conditions. 'Ensures' and 'if' introduce sufficient conditions. 'Unless' operates as 'if not', negating the term it modifies and making it the sufficient condition. Careful application of contrapositives (e.g., transforming into ) is required to find the matching symbolic forms.
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Anahtar Kavram
Diagramming Complex Conditional Logic