For file 1, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 1 0 Plus 0 1 0 TS 0 0 11 If we make 11 predictions of ts at random, expected number of ts's would be 8 For file 2, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 0 0 Plus 8 2 0 TS 0 0 4 If we make 4 predictions of ts at random, expected number of ts's would be 1 For file 3, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 0 0 Plus 0 5 0 TS 0 1 8 If we make 8 predictions of ts at random, expected number of ts's would be 5 For file 4, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 1 0 Plus 0 8 0 TS 0 0 4 If we make 4 predictions of ts at random, expected number of ts's would be 1 For file 5, the confusion matrix is: Minus Plus TS <-- classified as Minus 3 2 0 Plus 0 3 0 TS 0 0 5 If we make 5 predictions of ts at random, expected number of ts's would be 2 For file 6, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 5 1 Plus 0 1 0 TS 0 0 10 If we make 11 predictions of ts at random, expected number of ts's would be 6 For file 7, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 0 1 Plus 3 8 1 TS 0 0 2 If we make 4 predictions of ts at random, expected number of ts's would be 1 For file 8, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 0 0 Plus 4 6 1 TS 0 0 5 If we make 6 predictions of ts at random, expected number of ts's would be 2 For file 9, the confusion matrix is: Minus Plus TS <-- classified as Minus 1 0 0 Plus 0 6 0 TS 1 0 7 If we make 7 predictions of ts at random, expected number of ts's would be 4 For file 10, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 2 0 Plus 0 3 0 TS 2 0 6 If we make 6 predictions of ts at random, expected number of ts's would be 4 For file 11, the confusion matrix is: Minus Plus TS <-- classified as Minus 1 0 0 Plus 2 7 0 TS 0 5 0 If we make 0 predictions of ts at random, expected number of ts's would be 0 For file 12, the confusion matrix is: Minus Plus TS <-- classified as Minus 1 0 0 Plus 1 5 1 TS 0 0 6 If we make 7 predictions of ts at random, expected number of ts's would be 3 For file 13, the confusion matrix is: Minus Plus TS <-- classified as Minus 1 0 0 Plus 5 7 0 TS 0 0 5 If we make 5 predictions of ts at random, expected number of ts's would be 1 For file 14, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 1 0 Plus 0 3 0 TS 0 2 0 If we make 0 predictions of ts at random, expected number of ts's would be 0 For file 15, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 1 0 Plus 1 9 0 TS 0 0 3 If we make 3 predictions of ts at random, expected number of ts's would be 1 For file 16, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 0 0 Plus 0 7 0 TS 1 0 3 If we make 3 predictions of ts at random, expected number of ts's would be 1 For file 17, the confusion matrix is: Minus Plus TS <-- classified as Minus 5 0 0 Plus 2 2 0 TS 0 1 1 If we make 1 predictions of ts at random, expected number of ts's would be 0 For file 18, the confusion matrix is: Minus Plus TS <-- classified as Minus 0 0 0 Plus 0 6 0 TS 0 0 6 If we make 6 predictions of ts at random, expected number of ts's would be 3 For file 19, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 1 2 Plus 0 4 2 TS 0 0 5 If we make 9 predictions of ts at random, expected number of ts's would be 3 For file 20, the confusion matrix is: Minus Plus TS <-- classified as Minus 1 1 1 Plus 2 3 0 TS 0 0 3 If we make 4 predictions of ts at random, expected number of ts's would be 1 For file 21, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 3 2 Plus 0 1 0 TS 0 0 5 If we make 7 predictions of ts at random, expected number of ts's would be 3 For file 22, the confusion matrix is: Minus Plus TS <-- classified as Minus 2 3 0 Plus 0 1 0 TS 3 5 0 If we make 0 predictions of ts at random, expected number of ts's would be 0