Consider the following theorem: There do not exist three consecutive odd integers a, b and c such that a² + b² = c². Example of three consecutive odd integers can be 1,3,5. a) Restate the theorem into a conditional statement or implication (p⇒q): If a,b and c are consecutive odd integers, then a^2 c^2. Put your answer in the blank as "is equal to" or "isn't equal to". +b^2 b) Fill in the blanks in the following proof of the theorem. Proof: Let a,b, and c be consecutive odd integers. Then a=2k+1, b= Suppose a² + b² = c². Then (2k + 1)²+1 and c=2k+5 for some integer k. )^2=(2k+5)². =0. Thus, k = or k= If follows that 8k² + 16k + 10 = 4k² + 20k + 25 and 4k² - 4k- This contradicts k being an Therefore, there does not exist three consecutive odd integers a,b and c such that a² + b² = c².
Consider the following theorem: There do not exist three consecutive odd integers a, b and c such that a² + b² = c². Example of three consecutive odd integers can be 1,3,5. a) Restate the theorem into a conditional statement or implication (p⇒q): If a,b and c are consecutive odd integers, then a^2 c^2. Put your answer in the blank as "is equal to" or "isn't equal to". +b^2 b) Fill in the blanks in the following proof of the theorem. Proof: Let a,b, and c be consecutive odd integers. Then a=2k+1, b= Suppose a² + b² = c². Then (2k + 1)²+1 and c=2k+5 for some integer k. )^2=(2k+5)². =0. Thus, k = or k= If follows that 8k² + 16k + 10 = 4k² + 20k + 25 and 4k² - 4k- This contradicts k being an Therefore, there does not exist three consecutive odd integers a,b and c such that a² + b² = c².
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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![Consider the following theorem: There do not exist three consecutive odd integers a, b and c such that a² + b² = c². Example of
three consecutive odd integers can be 1,3,5.
a) Restate the theorem into a conditional statement or implication (p⇒q): If a,b and c are consecutive odd integers, then a^2
c^2. Put your answer in the blank as "is equal to" or "isn't equal to".
+b^2
b) Fill in the blanks in the following proof of the theorem.
Proof: Let a,b, and c be consecutive odd integers. Then a=2k+1, b=
Suppose a² + b² = c². Then (2k + 1)²+1
and c=2k+5 for some integer k.
)^2=(2k+5)².
=0. Thus, k = or k=
If follows that 8k² + 16k + 10 = 4k² + 20k + 25 and 4k² - 4k-
This contradicts k being an
Therefore, there does not exist three consecutive odd integers a,b and c such that a² + b² = c².](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d01dea2-0de4-42c7-867f-4b040a6d7353%2F9e698a50-66f1-4434-be68-7bbadb3e074f%2Fo84tj9o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider the following theorem: There do not exist three consecutive odd integers a, b and c such that a² + b² = c². Example of
three consecutive odd integers can be 1,3,5.
a) Restate the theorem into a conditional statement or implication (p⇒q): If a,b and c are consecutive odd integers, then a^2
c^2. Put your answer in the blank as "is equal to" or "isn't equal to".
+b^2
b) Fill in the blanks in the following proof of the theorem.
Proof: Let a,b, and c be consecutive odd integers. Then a=2k+1, b=
Suppose a² + b² = c². Then (2k + 1)²+1
and c=2k+5 for some integer k.
)^2=(2k+5)².
=0. Thus, k = or k=
If follows that 8k² + 16k + 10 = 4k² + 20k + 25 and 4k² - 4k-
This contradicts k being an
Therefore, there does not exist three consecutive odd integers a,b and c such that a² + b² = c².
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