Results from the CIF SS Finals on 5/11/19
Track Home Season Trends Season's Top Marks SR Improvements
Boys Individual Results
Athlete | Gr | Event | Div | Result Pts |
Last Year Result (Δ,%) |
Previous Result (Δ,%) |
Last SR (Δ,%) |
Last PR (Δ,%) |
Imprvmnts |
---|---|---|---|---|---|---|---|---|---|
Kochan, Dylan | Sr | 800m | V | 1:59.20 | 2:03.10 (3.90,3.2) |
1:58.88 | 1:58.19 | 1:58.19 | EXCELLENT JOB! (LY) |
Miller, Garrett | Sr | 1600m | V | 4:23.24 | 4:25.82 (2.58,1.0) |
4:24.70 (1.46,0.6) |
4:24.70 (1.46,0.6) |
4:24.27 (1.03,0.4) |
EXCELLENT JOB! (LY, LR, SR, PR) |
Johnson, Jack | Sr | 110m Hurdles - 39" | V | 14.83 | 15.57 (0.74,4.8) |
15.14 (0.31,2.0) |
14.93 (0.10,0.7) |
14.93 (0.10,0.7) |
EXCELLENT JOB! (LY, LR, SR, PR) |
Johnson, Jack | Sr | 300m Hurdles - 36" | V | 40.45 | 40.73 (0.28,0.7) |
40.80 (0.35,0.9) |
39.78 | 39.78 | EXCELLENT JOB! (LY, LR) |
Boys Relay Results
Event | Division | Athletes | Result Pts |
Last Year Result (Δ) |
Previous Result (Δ) |
Last SR (Δ) |
Last PR (Δ) |
Imprvmnts |
---|---|---|---|---|---|---|---|---|
4x400m | V | Robert Morris, Dylan Kochan, Tyler Johnson, Aiden Gilbert | 3:26.72 | 3:29.49 (2.77) |
EXCELLENT JOB! (SR) |
Girls Individual Results
Athlete | Gr | Event | Div | Result Pts |
Last Year Result (Δ,%) |
Previous Result (Δ,%) |
Last SR (Δ,%) |
Last PR (Δ,%) |
Imprvmnts |
---|---|---|---|---|---|---|---|---|---|
Brenner, Kaela | Fr | 800m | V | 2:19.90 | 2:20.56 (0.66,0.5) |
2:20.56 (0.66,0.5) |
2:20.56 (0.66,0.5) |
EXCELLENT JOB! (LR, SR, PR) |
Girls Relay Results
Event | Division | Athletes | Result Pts |
Last Year Result (Δ) |
Previous Result (Δ) |
Last SR (Δ) |
Last PR (Δ) |
Imprvmnts |
---|---|---|---|---|---|---|---|---|
4x400m | V | Colette Wang, Taylor Feldman, Kiley O'Rourke, Kaela Brenner | 4:14.76 | 4:15.10 (0.34) |
4:15.10 (0.34) |
4:14.07 | EXCELLENT JOB! (LR, SR) |
All columns are sortable by clicking on the column heading. Improvement columns sort by event, then percent improvement.
A "c" following a result means it has been converted from hand-timed by rounding up the measured time to the nearest tenth, then adding 0.24 seconds.
A "w" following the the result means it is wind-aided.