Final answer:
A statement that implies that P()→Q() is true for all x in the universal set T is 'If Q(x) is true for all x in T, then P(x) is true for all x in T.'
Step-by-step explanation:
A statement that implies that P()→Q() is true for all x in the universal set T is:
- If Q(x) is true for all x in T, then P(x) is true for all x in T.
This statement states that whenever Q(x) is true for all x in T, then P(x) is also true for all x in T. This confirms that P()→Q() is true for every element in T.