A golf analyst claims that the standard deviation of the 18-hole scores for a golfer is at most 3.5 strokes. State H0 and H3. in words and in symbols. Then determine whether the hypothesis test for this claim is left-tailed, right-tailed, or two-tailed. Explain your reasoning. State the null hypothesis in words and in symbols. Choose the correct answer below. 0 A. The null hypothesis expressed in words is, "the standard deviation of the 18-hole scores for a golfer is at most 3.5 strokes." The null hypothesis is expressed symbolically as, "Ho: 0 s 3.5." O B. The null hypothesis expressed in words is, "the standard deviation of the 18-hole scores for a golfer is at least 3.5 strokes." The null hypothesis is expressed symbolically as, \"H0: 6 2 35" O c. The null hypothesis expressed in words is, "the standard deviation of the 18-hole scores for a golfer is equal to 3.5 strokes." The null hypothesis is expressed symbolically as, "Ho: 6 = 3.5." O D. The null hypothesis expressed in words is, "the standard deviation of the 18-hole scores for a golfer is not 3.5 strokes.\" The null hypothesis is expressed symbolically as, "H0: 6 $9 3.5." State the alternative hypothesis in words and in symbols. Choose the correct answer below. 0 A. The alternative hypothesis expressed in words is, "the standard deviation of the 18-hole scores for a golfer is not 3.5 strokes." The alternative hypothesis is expressed symbolically as, \"Ha: 5 # 3.5.\" O B. The alternative hypothesis expressed in words is, "the standard deviation of the 18-hole soores for a golfer is 3.5 strokes." The alternative hypothesis is expressed symbolically as, "Ha: a = 3.5.\" O C. The alternative hypothesis expressed in words is, "the standard deviation of the 1&hole scores for a golfer is less than 35 strokes." The alternative hypothesis is expressed symbolically as, "Ha: o 3.5." The hypothesis test is V because the V contains '7