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Assume There Is a Functional Relationship Between the Frequency of Cricket

Question 13

Multiple Choice

Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​


A) Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​ A) B) C) D) E)
B) Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​ A) B) C) D) E)
C) Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​ A) B) C) D) E)
D) Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​ A) B) C) D) E)
E) Assume there is a functional relationship between the frequency of cricket chirps and the temperature. To find the temperature, the rule is to count the number of chirps in one minute, divide by 4 , and add 40 . Translate the rule into an equation. Let x be the number of cricket chirps in one minute and let y be the temperature. ​ A) B) C) D) E)

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