Jake has proved that a function, f (x), is a geometric sequence. How did he prove that?. A) He showed that an explicit formula could be created. B) He showed that a recursive formula could be created. C) He showed that f (n) : f (n - 1) was a constant ratio. D) He showed that f (n) - f (n - 1) was a constant difference.

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Mathematics

Alexandria Fields

8 February, 01:41

Jake has proved that a function, f (x), is a geometric sequence. How did he prove that?. A) He showed that an explicit formula could be created. B) He showed that a recursive formula could be created. C) He showed that f (n) : f (n - 1) was a constant ratio. D) He showed that f (n) - f (n - 1) was a constant difference.

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Jonah Bright · Answer 1

The correct answer to this question is letter "C. He showed that f (n) : f (n - 1) was a constant ratio." Jake has proved that a function, f (x), is a geometric sequence. He proves that h e showed that f (n) : f (n - 1) was a constant ratio.