2 1. Given f(x)=x + 4x-2 and g(x)=3x-4, find the composition of functions for the following:...

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2 1. Given f(x)=x² + 4x-2 and g(x)=3x-4, find the composition of functions for the following: (gof)(x) 2. State the domain, range, asymptotes and graph the following function f(x) = 4x-3 x+4 3. Solve the equation: log5 x + log5 (x-4)=1 4. Find the exact and the approximate value of x: 2-5-1. Round answer to three decimal places. 4. Find the exact and the approximate value of x: 2-5-1. Round answer to three decimal places. 5. Find all solutions of the equation: 2 sin n²0+ sin 0-1-0 on the interval [0,27) 6. What principal invested at 13% compounded continuously for 6 years will yield $9000? Round the answer to two decimal places. 7. Solve for x: 16 X 70⁰ 10 8. Below is the graph of f(x)=x3+x²-5x+3: a) Find the zeros. b) For each zero-use synthetic division to verify that it is a zero c) verify each zero directly 84 4 3 2 1 ES 10 1 2 1. Given f(x)=x² + 4x-2 and g(x)=3x-4, find the composition of functions for the following: (gof)(x) 2. State the domain, range, asymptotes and graph the following function f(x) = 4x-3 x+4 3. Solve the equation: log5 x + log5 (x-4)=1 4. Find the exact and the approximate value of x: 2-5-1. Round answer to three decimal places. 4. Find the exact and the approximate value of x: 2-5-1. Round answer to three decimal places. 5. Find all solutions of the equation: 2 sin n²0+ sin 0-1-0 on the interval [0,27) 6. What principal invested at 13% compounded continuously for 6 years will yield $9000? Round the answer to two decimal places. 7. Solve for x: 16 X 70⁰ 10 8. Below is the graph of f(x)=x3+x²-5x+3: a) Find the zeros. b) For each zero-use synthetic division to verify that it is a zero c) verify each zero directly 84 4 3 2 1 ES 10 1