QUESTION 1 From your Tutorial 6 Worksheet: Enter the y and t intercepts you found in parts a) and c) in the spaces below. Note Your answer should be submitted with no spaces between any characters. For example, if one of the intercepts was the origin, you would submit your answer as: (0,0) QUESTION 3 when entering multiple intercepts, you must enter them in increasing numerical order. Having completed all parts of Worksheet 6, test your understanding of key concepts by answering True or False to the following statements. " Enter T if true or F if false. Enter only capital T or F as your responses. It = The function f(t) in Worksheet 6 has 3 zeros. part b) you also found a pair of complex conjugate zeros of the function f(t). These zeros were of the form a + bi The function f(t) in Worksheet 6 has 3 t-intercepts. er the integers a,b below. The Rational Zero Theorem predicts that t = 7 is a possible rational zero. The Rational Zero Theorem tells us that t = 11 cannot possibly be a zero of fit). The function f(t) has 3 rational zeros and 2 irrational zeros. Although the function f(t) has 5 zeros, the Rational Zero Theorem only predicts rational zeros. Since t= -2 is a zero of f(t), then the Factor Theorem tells us that f(-2) = 0. Since f(1) = 54, the Remainder Theorem tells us that f(t) divided by (t-1) has a remainder of 54. The Sign Chart for f(t) , on the mathematical domain, reveals that the function is positive only when 0