please type out so i can copy paste*** Exercise 1.5.4: Logical relationships between the inverse, converse, and contrapositive. Use the laws of propositional logic to prove each of the following assertions. Start by defining a generic conditional statement p → q, and then restate the assertion as the equivalence or non-equivalence of two propositions using p and q. Finally prove that the two propositions are equivalent or non-equivalent. For example, the statement: "A conditional statement is not logically equivalent to its converse" is proven by showing that that p → q is not logically equivalent to q → p. (a) A conditional statement is not logically equivalent to its converse. (b) A conditional statement is not logically equivalent to its inverse. (c) A conditional statement is logically equivalent to its contrapositive. (d) The converse and inverse of a conditional statement are logically equivalent.
please type out so i can copy paste***
Use the laws of propositional logic to prove each of the following assertions. Start by defining a generic conditional statement p → q, and then restate the assertion as the equivalence or non-equivalence of two propositions using p and q. Finally prove that the two propositions are equivalent or non-equivalent.
For example, the statement: "A conditional statement is not logically equivalent to its converse" is proven by showing that that p → q is not logically equivalent to q → p.
A conditional statement is not logically equivalent to its converse.
A conditional statement is not logically equivalent to its inverse.
A conditional statement is logically equivalent to its contrapositive.
The converse and inverse of a conditional statement are logically equivalent.
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