Question: g. Use the formula to compute the correlation coefficient between THC and each of the three psychological measures. Also, compute the correlation coefficient between memory

 g. Use the formula to compute the correlation coefficient between THCand each of the three psychological measures. Also, compute the correlation coefficientbetween memory and anxiety (N.B. That's 4 correlation coefficients in total). Foreach coefficient, state the computed value of each of the four terms
of the formula (i.e., r, I, II, and III). (6 pts)Fall 2022completed three standardized psychological measures: (1) a short-term memory performance test, (2)a survey measuring their state of anxiety, and (3) a measure oftheir paranoia symptoms." e. State your predictions about the pattern of correlations

g. Use the formula to compute the correlation coefficient between THC and each of the three psychological measures. Also, compute the correlation coefficient between memory and anxiety (N.B. That's 4 correlation coefficients in total). For each coefficient, state the computed value of each of the four terms of the formula (i.e., r, I, II, and III). (6 pts)Fall 2022 completed three standardized psychological measures: (1) a short-term memory performance test, (2) a survey measuring their state of anxiety, and (3) a measure of their paranoia symptoms." e. State your predictions about the pattern of correlations among THC potency and the three measures if the hypothesis under investigation is correct. (7 pts)4. At the bottom of this assignment are data from a group of 20 adolescents (ages 14-18) who use cannabis daily in various forms, including dabs and oils. For each participant, the THC levels in their cannabis was measured in a laboratory. They were then tested on three standardized psychological measures: (1) a test of short-term memory performance, (2) a survey measuring their state of anxiety, and (3) a measure of their paranoia symptoms. The table contains the participants' scores on these measures, higher scores indicating better memory performance, greater state anxiety, and greater paranoia. In Lab #1 we used the following formula to calculate the correlation coefficient: The Formula: r = III/I(II) We broke this formula into three terms: I= N (Sum X-) - (Sum X)- II= N (Sum Y-) - (Sum Y)2 III= N (Sum of XY) - Sum X (Sum Y) Begin the fourth paragraph with these sentences: "Data were collected from a group of 20 adolescents (ages 14-18) who use cannabis daily to test the hypothesis using the correlational method. Each groupParticipant THC Memory Paranoia Anxiety JK 25.6 55 25 68 AN 18.48 42 18 68 OR 77.2 50 77 31 CC 2.88 88 6 94 DZ 90.83 45 88 12 SF 29.15 67 24 70 LE 34.8 77 35 65 CN 54.63 42 50 46 MI 10.48 91 25 85 QT 12.24 85 12 90 ZP 49.52 52 66 62 ER 70.85 12 71 12 OP 81.52 11 83 15 TY 67.12 33 60 33 DO 39.17 58 22 65 RE 65.2 36 21 30 MI 15.37 82 36 88 FA 3.3 98 2 98 SO 34.4 74 45 70 LA 87.76 21 71 12

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