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A Table of Selected Values for a Function Is Given

Question 21

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A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. , and which contains the values of the accumulation function, A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. . Justify your choice. A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign.


A) Table 1 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because f is decreasing and the output values are negative.
Table 2 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because its output is close to the cumulative sum of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. .
B) Table 1 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because f is decreasing and the output values are negative.
Table 2 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. cannot be negative.
C) Table 1 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because its output is close to the cumulative sum of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. .
Table 2 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because f is decreasing and the output values are negative.
D) Table 1 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because the sign of the output does not change.
Table 2 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because the output changes sign.
E) Table 1 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because the magnitude of the output keeps increasing.
Table 2 contains the values of A table of selected values for a function is given. Also shown are tables of values for the derivative and the accumulation function with 0 as the starting point. Determine which table contains the values of the derivative, , and which contains the values of the accumulation function, . Justify your choice. A) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because its output is close to the cumulative sum of . B) Table 1 contains the values of because f is decreasing and the output values are negative. Table 2 contains the values of because cannot be negative. C) Table 1 contains the values of because its output is close to the cumulative sum of . Table 2 contains the values of because f is decreasing and the output values are negative. D) Table 1 contains the values of because the sign of the output does not change. Table 2 contains the values of because the output changes sign. E) Table 1 contains the values of because the magnitude of the output keeps increasing. Table 2 contains the values of because the output changes sign. because the output changes sign.

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