Len Friddle
| Date | Course | Tee | Slope | Rating | Score | Equation | Differential |
|---|---|---|---|---|---|---|---|
| Sept. 11, 2024 | Red Wing Lake Golf Course | Green | 100 | 62.7 | 90 | (90 - 62.7) x 113 ÷ 100 = | 30.8 |
| Sept. 4, 2024 | Riverfront Golf Course | Gold | 117 | 64.8 | 97 | (97 - 64.8) x 113 ÷ 117 = | 31.1 |
| Aug. 28, 2024 | Heron Ridge Golf Course | Red | 116 | 64.5 | 94 | (94 - 64.5) x 113 ÷ 116 = | 28.7 |
| Aug. 14, 2024 | Aeropines Golf Course | Tomcat Course | 115 | 66.2 | 92 | (92 - 66.2) x 113 ÷ 115 = | 25.4 |
| July 31, 2024 | Sewells Point Golf Course | Sewells Point Golf Course | 110 | 65.1 | 96 | (96 - 65.1) x 113 ÷ 110 = | 31.7 |
| July 24, 2024 | Kempsville Greens Golf Course | Red | 110 | 62.2 | 97 | (97 - 62.2) x 113 ÷ 110 = | 35.7 |
| July 10, 2024 | Honey Bee Golf Club | Silver | 114 | 64.6 | 93 | (93 - 64.6) x 113 ÷ 114 = | 28.2 |
| July 3, 2024 | Cypress Point Country Club | Gold | 111 | 66.2 | 96 | (96 - 66.2) x 113 ÷ 111 = | 30.3 |
Then we use the 2 lowest differentials according to this USGA table:
We add the lowest 2 differentials together, which are
25.4,
28.2,
and get 53.599999999999994.
Then we take that total and get the average differential score 53.599999999999994 ÷ 2 = 26.799999999999997
Lastly we lop off all numbers past the first decimal point and we get
Then we take that total and get the average differential score 53.599999999999994 ÷ 2 = 26.799999999999997
Lastly we lop off all numbers past the first decimal point and we get