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Compare the relative rates at which 17x+2 and 4 x+1 grow as x→∞ by comparing their growth rates with x as x→∞. What can be said about the relative rates at which the functions f(x) = 17x+2 and g(x) = 4x+1 grow? Choose the correct answer below. A. (x) = 17x+2 and g(x) = 4x+1 grow at the same rate as x→∞. B. f(x) = 17x+2 grows slower than g(x) = 4x+1 as x→∞. C. f(x) = 17x+2 grows faster than g(x) = 4x+1 as x→∞.

Compare the relative rates at which 17x+2 and 4 x+1 grow as x→∞ by comparing their growth rates with x as x→∞. What can be said about the relative rates at which the functions f(x) = 17x+2 and g(x) = 4x+1 grow? Choose the correct answer below. A. (x) = 17x+2 and g(x) = 4x+1 grow at the same rate as x→∞. B. f(x) = 17x+2 grows slower than g(x) = 4x+1 as x→∞. C. f(x) = 17x+2 grows faster than g(x) = 4x+1 as x→∞.

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Compare the relative rates at which 17 x + 2 and 4 x + 1 grow as x → ∞ by comparing their growth rates with x as x → ∞ . What can be said about the relative rates at which the functions f ( x ) = 17 x + 2 and g ( x ) = 4 x + 1 grow? Choose the correct answer below. A. ( x ) = 17 x + 2 and g ( x ) = 4 x + 1 grow at the same rate as x → ∞ . B. f ( x ) = 17 x + 2 grows slower than g ( x ) = 4 x + 1 as x → ∞ . C. f ( x ) = 17 x + 2 grows faster than g ( x ) = 4 x + 1 as x → ∞ .

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