Table of Contents
- 1 What is the statement formed by exchanging the hypothesis and conclusion of a conditional statement?
- 2 What conditional statement is formed by negating the hypothesis and the conclusion and then interchanging them?
- 3 Is formed by negating the conclusion then the hypothesis of a conditional?
- 4 Which statement is described when the hypothesis and conclusion of the IF-THEN form are interchanged?
- 5 Which statement is described when the hypothesis and conclusion of the IF THEN form are interchanged?
- 6 What is formed by negating the hypothesis and conclusion?
What is the statement formed by exchanging the hypothesis and conclusion of a conditional statement?
the statement formed by exchanging the hypothesis and conclusion of a conditional statement – If q, then p. the statement formed by negating both the hypothesis and conclusion of a conditional statement – If ~p, then ~q.
What conditional statement is formed by negating the hypothesis and the conclusion and then interchanging them?
Contrapositive
What is a Contrapositive? And the contrapositive is formed by interchanging the hypothesis and conclusion and then negating both.
Is formed by exchanging the hypothesis and the conclusion?
The converse
The converse is the statement formed by exchanging the hypothesis and conclusion.
When you negate and switch the order of both the hypothesis and conclusion you are creating the?
inverse statement
If we negate both the hypothesis and the conclusion we get a inverse statement: if a population do not consist of 50% men then the population do not consist of 50% women. The inverse is not true juest because the conditional is true. The inverse always has the same truth value as the converse.
Is formed by negating the conclusion then the hypothesis of a conditional?
The contrapositive is formed by negating both the hypothesis and the conclusion of the converse of the conditional. Contrapositive: If two angles are not congruent, then they do not have the same measure.
Which statement is described when the hypothesis and conclusion of the IF-THEN form are interchanged?
Definition: The converse of a conditional statement is created when the hypothesis and conclusion are reversed.
What is the truth value of its inverse if both hypothesis and conclusion are false?
If we negate both the hypothesis and the conclusion we get a inverse statement: if a population do not consist of 50% men then the population do not consist of 50% women. The inverse is not true juest because the conditional is true. The inverse always has the same truth value as the converse.
What is a statement formed by joining two statements with the words if and then?
The statement formed by negative both the hypothesis and conclusion of the converse of a conditional statement. The statement formed by exchanging the hypothesis and conclusion of a conditional statement. An example used to show that a given statement is not always true.
Which statement is described when the hypothesis and conclusion of the IF THEN form are interchanged?
What is formed by negating the hypothesis and conclusion?
The negation of statement “p” is “not p”, written as ~p. The statement formed by negating the hypothesis and conclusion of a conditional statement. contrapositive. The statement formed by both exchanging and negating the hypothesis and conclusion of a conditional statement.
What types of conditional statements are either both true or both false?
A conditional statement and its contrapositive are either both true or both false. Similarly, the converse and inverse of a conditional statement are either both true or both false. In general, when two statements are both true or both false, they are called equivalent statements.
What kind of statement is formed by joining two statements p and q using the word if and then?
14.1. 12 The conditional statement Recall that if p and q are any two statements, then the compound statement “if p then q” formed by joining p and q by a connective ‘if then’ is called a conditional statement or an implication and is written in symbolic form as p → q or p ⇒ q.