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Mathematics 15 Online
OpenStudy (anonymous):

PLEASE HELP ME AND I WILL GIVE MEDAL AND BE SSOOOO GREATFUL <3 3.Carmen is trying to determine if the following statement is always, sometimes, or never true: The square of a prime number is odd. She writes the following statements: 32 = 9, 52 = 25, 72 = 49, 112 = 121, and 132 = 169. Using her results, she concludes that the statement is always true. a. What kind of reasoning did Carmen use? b. Is her conclusion correct? If not, use a counterexample to prove why it is not. Answer:

OpenStudy (anonymous):

@zaibali.qasmi @Haseeb96

OpenStudy (anonymous):

@study100 @ganeshie8

OpenStudy (anonymous):

Please help anyone :)

OpenStudy (anonymous):

0

OpenStudy (anonymous):

?

OpenStudy (anonymous):

oh okay then Idk

OpenStudy (anonymous):

What is the rule to determine if a number is prime?

OpenStudy (anonymous):

omg Idk I just really need to answer this question

OpenStudy (anonymous):

A number is prime if the only numbers that can divide it evenly are 1 and itself. What is the smallest number that satisfies this? (1 doesn't)

OpenStudy (anonymous):

2

OpenStudy (anonymous):

Exactly. What is 2^2?

OpenStudy (anonymous):

4

OpenStudy (anonymous):

2 is prime, but it's square is even. Therefore, it is sometimes true, not always. What kind of reasoning did she use? She went from specific examples and used those to form a general conclusion.

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