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Explain why the statement is true. Number five is odd number if and only if four is even. Choose the correct answer below. O A. Because both component statements are true, the biconditional statement is true. O B. Because both component statements are false, the biconditional statement is true. OC. Because the first component is false, and the second is true, the biconditional statement is true. O D. Because the first component is true, and the second is false, the biconditional statement is true.

Explain why the statement is true. Number five is odd number if and only if four is even. Choose the correct answer below. O A. Because both component statements are true, the biconditional statement is true. O B. Because both component statements are false, the biconditional statement is true. OC. Because the first component is false, and the second is true, the biconditional statement is true. O D. Because the first component is true, and the second is false, the biconditional statement is true.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Explain why the statement is true. Number five is odd number if and only if four is even. Choose the correct answer below. A. Because both component statements are true, the biconditional statement is true. B. Because both component statements are false, the biconditional statement is true. OC. Because the first component is false, and the second is true, the biconditional statement is true. O D. Because the first component is true, and the second is false, the biconditional statement is true.
Transcribed Image Text:Explain why the statement is true. Number five is odd number if and only if four is even. Choose the correct answer below. A. Because both component statements are true, the biconditional statement is true. B. Because both component statements are false, the biconditional statement is true. OC. Because the first component is false, and the second is true, the biconditional statement is true. O D. Because the first component is true, and the second is false, the biconditional statement is true.
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