Mr. Petersen is smoking a turkey for Thanksgiving. The instructions for the smoker say that approximately f(x) hours of smoking time will be required for a turkey weighing x pounds. What does f(20) = 10 tell you? Choices: (A)It will take about 20 hours to smoke a 10-pound turkey. (B)It will take about 10 hours to smoke a 20-pound turkey.

Given Function Description: We are given a function f(x) that represents the hours of smoking time required for a turkey weighing x pounds. The expression f(20) = 10 is given, which means that when x, the weight of the turkey, is 20 pounds, the function f(x) gives a value of 10 hours. This tells us the time it will take to smoke a turkey of a certain weight.Interpreting f(20) = 10: To interpret f(20) = 10 correctly, we need to match the input of the function, which is the weight of the turkey, with the output, which is the time required for smoking. Here, the input is 20, which corresponds to the weight in pounds, and the output is 10, which corresponds to the time in hours.Matching Input and Output: Based on the function f(x), f(20) = 10 means that a 20-pound turkey will require approximately 10 hours of smoking time. Therefore, the correct choice that matches this interpretation is: (B) It will take about 10 hours to smoke a 20-pound turkey.

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Mr. Petersen is smoking a turkey for Thanksgiving. The instructions for the smoker say that approximately $f(x)$ hours of smoking time will be required for a turkey weighing $x$ pounds. $\newline$ What does $f(20) = 10$ tell you? $\newline$ Choices: $\newline$ (A)It will take about $20$ hours to smoke a $10$ -pound turkey. $\newline$ (B)It will take about $10$ hours to smoke a $20$ -pound turkey.

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Q. Mr. Petersen is smoking a turkey for Thanksgiving. The instructions for the smoker say that approximately

f(x)

hours of smoking time will be required for a turkey weighing

x

pounds.

\newline

What does

f(20) = 10

tell you?

\newline

Choices:

\newline

(A)It will take about

20

hours to smoke a

10

-pound turkey.

\newline

(B)It will take about

10

hours to smoke a

20

-pound turkey.

Given Function Description: We are given a function $f(x)$ that represents the hours of smoking time required for a turkey weighing $x$ pounds. The expression $f(20) = 10$ is given, which means that when $x$ , the weight of the turkey, is $20$ pounds, the function $f(x)$ gives a value of $10$ hours. This tells us the time it will take to smoke a turkey of a certain weight.
Interpreting $f(20) = 10$ : To interpret $f(20) = 10$ correctly, we need to match the input of the function, which is the weight of the turkey, with the output, which is the time required for smoking. Here, the input is $20$ , which corresponds to the weight in pounds, and the output is $10$ , which corresponds to the time in hours.
Matching Input and Output: Based on the function $f(x)$ , $f(20) = 10$ means that a $20$ -pound turkey will require approximately $10$ hours of smoking time. Therefore, the correct choice that matches this interpretation is: $\newline$ (B) It will take about $10$ hours to smoke a $20$ -pound turkey.