Question: a) For the function below, determine i) horizontal asymptotes ii) x-intercepts and y-intercepts iii) domain and range iv) intervals of increase and decrease b) Explain

 a) For the function below, determine i) horizontal asymptotes ii) x-interceptsand y-intercepts iii) domain and range iv) intervals of increase and decreaseb) Explain why there are no vertical asymptotes. c) Determine a possibleequation for the graph. 0.4 0.2 -4 -2 0 2 4 X-0.2 -0.4Question 4, sketch the following: Use your method from question 10
to graph each function. a) f(.x) 55x - 27 5.x + 14b) g (x) = 27x - 9 9x + 412. Use acompound angle formula for sine to show that sin 20 = 2sin 0 cos 0.14. Use the Pythagorean identity to show that thedouble angle formula for cosine can be written as a) cos 2x

a) For the function below, determine i) horizontal asymptotes ii) x-intercepts and y-intercepts iii) domain and range iv) intervals of increase and decrease b) Explain why there are no vertical asymptotes. c) Determine a possible equation for the graph. 0.4 0.2 -4 -2 0 2 4 X -0.2 -0.4Question 4, sketch the following: Use your method from question 10 to graph each function. a) f(.x) 55x - 27 5.x + 14 b) g (x) = 27x - 9 9x + 412. Use a compound angle formula for sine to show that sin 20 = 2 sin 0 cos 0.14. Use the Pythagorean identity to show that the double angle formula for cosine can be written as a) cos 2x = 1 - 2 sinx b) cos 2x = 2cos- x - 1Question 1: Use an appropriate compound angle formula to determine an exact value for each of the fdlowing: d) cos ( '13-) Question 2: Express cos "T7 as a trigonometric function of an angle in quadrant

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