Dr. Merle Haggard wants to compare test performance after studying in three different Music Conditions: Country Music (CW: Oakie From Muskogee), Classic Rock (R: Battle of Evermore), or No Music (NM). Fifteen college students participated. Each participant was in all three conditions; they studied one set of material while listening to Country Music for 2 hours, another set of material while listening to Classic Rock for 2 hours, and a third set of material while listening to No Music for 2 hours. The data are presented below. The researcher wants to Minimize the Probability of Making a Type I Error Note: M = Mean, SS = Sum of Squares, N = Number in Condition, P-People S CW (X-m) (X-M)2 R (X-m) (X-M)2 NM X-m) (X-M)2 P 1 90 5 25 88 5 25 86 5 25 88 2 89 4 16 87 4 16 85 4 16 87 3 88 3 9 86 3 9 84 3 9 86 4 87 2 4 85 4 83 4 85 N N 5 86 1 1 84 1 1 82 1 1 84 O 6 85 o 0 0 83 81 0 0 83 7 84 -1 1 82 -1 1 BO 1 1 82 00 83 -2. 4 81 -2 4 76 -5 25 80 9 82 -3 9 80 -3 9 78 -3 9 80 10 81 16 79 16 77 -4 16 79 11 80 25 78 25 79 -2 4 79 -4 -5 2 -2 4 -5 2. -1 12 87 4 85 4 83 2 4 85 13 83 4 82 1 78 -3 9 81 14 88 3 9 87 4 16 B3 2 4 86 15 82 3 NO 78 5 25 80 1 1 80 GM M 85 83 81 83 SS 136 156 128 If Appropriate, calculate the 95% Confidence Interval for the Differnce between Classic Rock and No Music Rock (Note: Subtract Larger Mean Minus Smaller Mean). What is the Lower Bound Bound Value? - Note: If appropriate to calculate, input answer to 2 decimal places. If not appropriate to calculate, input 999 If appropriate, calculate the Biased Effect Size. What is the value of the Biased Effect Size? Also Note: If it is NOT appropriate to calculate, input 999. If appropriate, calculate the Uniased Effect Size. What is the value of the Uniased Effect Size? Note: Input Answer to 2 Decimal Places. Also Note: If it is NOT appropriate to calculate, input 999,